KR20010082604A - Image commercial transactions system and method, image transfer system and method, image distribution system and method, display device and method - Google Patents

Abstract

PURPOSE: The system and method for image commercial transaction, system and method for transmitting image, system and method for image distribution, display and method are provided to make remarkably improvable the operation convenience in sending. CONSTITUTION: The image commercial transactions system includes a reception dealer(253) for accepting a transfer of an image recorded on a recording medium in a predetermined format with a handling condition intrinsic to the image, and transferring the image with the handling condition in a digital data format; and a charge accounting dealer(256) for effecting an electronic charge accounting transaction for the transfer by the reception dealer of data of the image with the handling condition. Thus, since the data of the advertisement are sent together with the data of the image and the advertisement is propagandized by a sending demander in place of the receiving dealer, the sending charge of the data of the image can be made into low price so that the operation convenience in sending can be remarkably improved.

Description

Image commercial transactions system and method, image transfer system and method, image distribution system and method, display device and method

The present invention relates to an image commerce system and method, an image delivery system and method, an image distribution system and method, and a display device and method. The present invention can be applied to a photographic image commerce system that transmits the image data captured by the electronic camera or to a remote site.

Conventionally, photographic images exposed on photographic films have been printed on photographic paper and processed into printed photographs. Then, the print photograph can be delivered to a person living in a distant province or a foreign country by mail, for example.

On the other hand, to deliver print photos to people living in remote areas, ask a photo studio such as the Development Print Enlargement (DPE) office to reprint the print photos for mailing or to mail them to the postal company. I needed to.

In order to send a relatively large number of print pictures, a lot of reprint fee and postage charges increase according to the number (weight) of the print photos, which leads to a problem of deterioration in utilization.

In order to solve this problem, it is an object of the present invention to provide an image commerce system and method, an image delivery system and method, an image distribution system and method, and a display device and method that can improve usability.

The above and other objects of the present invention can be achieved by providing an image commerce system and method, an image delivery system and method, an image distribution system and method, and a display device and method. The receiving dealer has a unique processing condition for the image, accepts the transfer of the image recorded on the recording medium in a predetermined form, delivers the image and advertisement having the processing condition in the form of digital data, and the charging dealer processes the image. The electronic billing transaction is performed for data transmission of images with conditions and advertisements.

Therefore, in the case of sending out advertising data, instead of the receiving dealer, the sending request user is useful for sending out advertising data by sending out video data and advertising data.

The nature, principle and utility of the present invention will become apparent from the following detailed description when read with reference to the accompanying drawings in which like parts are designated by the same reference numerals or letters.

1 is a schematic diagram showing the structure of an APS film.

2 is a schematic front view for describing a laboratory using an area of an APS film and a user camera using an area.

3 is a schematic front view for describing an APS film extracted from a film cartridge.

4 is a schematic front view for describing an APS film in which a photographic image is exposed and formed.

5 is a schematic front view for describing three types of printing forms for photographic images.

6A and 6B are schematic diagrams showing the structure of user data.

7 is a schematic rear view showing the structure of the black box portion of the APS camera.

8 is a schematic front view showing a rear cover of an APS camera.

9 is a schematic cross-sectional view for describing an APS film extracted from a film cartridge inside an APS camera.

10 is a block diagram showing the circuit structure of an APS camera.

11 is a block diagram showing the overall structure of a photographic image printing machine.

12 is a schematic diagram showing the structure of a photographic image scanner.

Fig. 13 is a schematic front view showing the internal structure of the base of the lower body in the photographic image scanner.

14 is a block diagram showing the circuit structure of a photographic image scanner.

15 is a schematic diagram for describing a selected image displayed on a monitor.

Fig. 16 is a schematic diagram showing the structure of a print selection panel.

17 is a schematic front view for describing the control of the light receiving surface of the charge coupling device.

18 is a flowchart illustrating a procedure of a printing condition change process.

19 is a block diagram showing a circuit structure of an image data processor.

20A-20C are schematic diagrams for describing each display of photographic images.

21 is a schematic diagram showing the structure of a printing condition confirmation image.

22A-22C are schematic diagrams showing the structure of a printed photograph.

Fig. 23 is a schematic diagram showing the structure of index printing.

24 is a schematic conceptual diagram showing the principle of the entire structure of a photographic image commerce system.

25 is a block diagram showing the structure of a photographic image commerce system according to the first embodiment.

Fig. 26 is a block diagram showing the circuit structure of the photo image commerce system.

Fig. 27 is a schematic diagram showing the structure of index printing.

Fig. 28 is a schematic diagram showing the structure of index printing.

Fig. 29 is a schematic conceptual view showing the data format of film data according to the first embodiment.

30 is a block diagram showing the structure of a photographic image commerce system according to a second embodiment.

Fig. 31 is a block diagram showing the circuit structure of a receiving tube photographic image printing machine and a receiving tube personal computer.

32A-32C are schematic diagrams for describing a print studio having a printed message and a frame decoration.

33A-33C are schematic diagrams for describing a print studio having a printed advertisement.

34 is a schematic diagram showing the structure of index printing.

35A and 35B are schematic diagrams for describing a print studio of advertising images.

36 is a schematic diagram showing the structure of index printing having the displayed advertisement image.

37 is a schematic diagram showing the structure of index printing having the displayed advertisement image.

38 is a schematic diagram showing the structure of index printing having the displayed advertisement character string.

39 is a schematic conceptual view showing the data format of film data according to the second embodiment.

40 is a block diagram showing the structure of a photographic image commerce system according to a third embodiment.

Fig. 41 is a block diagram showing the circuit structure of the receiving tube personal computer.

Fig. 42 is a schematic conceptual diagram illustrating the form of data of sales film data.

43 is a block diagram showing the structure of a photographic image commerce system according to the fourth embodiment.

Fig. 44 is a schematic diagram showing the structure of the shipment contents display screen displayed on the monitor.

Fig. 45 is a block diagram showing the circuit structure of the personal computer of the dispatch request user.

46 is a schematic diagram showing the detailed structure of a shipment contents display screen.

Fig. 47 is a schematic diagram showing the detailed structure of the shipment contents display screen.

48 is a schematic diagram showing the detailed structure of a shipment contents display screen.

Fig. 49 is a flowchart showing the display processing procedure of the shipment contents display screen.

50 is a block diagram showing the structure of a photographic image commerce system according to a fifth embodiment.

51 is a block diagram showing the circuit structure of a data transmission unit.

52 is a block diagram showing the circuit structure of a satellite broadcasting receiver.

53 is a block diagram showing the structure of a photo studio.

Fig. 54 is a schematic diagram showing the structure of a screen for confirming the print photo shop order.

Fig. 55 is a schematic diagram for describing transmission of transmission request data using an excess amount of data allocation relay amount in a channel.

Fig. 56 is a schematic diagram showing the structure of an image printing procedure screen.

Fig. 57 is a schematic diagram for describing a portable music player when receiving a music service.

58 is a schematic diagram showing the structure of an icon image.

59 is a schematic diagram for describing the appearance of a sticker label.

60 is a block diagram showing a circuit structure of a personal computer according to another embodiment.

61 is a schematic cross-sectional view showing the structure of a photographic image printing machine having an optical system of a line scanner according to another embodiment.

62 is a schematic diagram showing the structure of a scanner unit.

Fig. 63 is a block diagram showing the circuit structure of the electronic shutter circuit.

* Explanation of symbols for the main parts of the drawings

1. APS film 2. Base film

3. Photosensitive layer 4. Magnetic layer

222. Photo studio 226,256. Bank agent

Preferred embodiments of the present invention will be described with reference to the accompanying drawings.

(1) photographic image

At present, the most widely used photo film is a 35mm wide 135 film defined as a standard according to Japanese Industrial Standard (JIS) and International Organization for Standardization (ISO).

Recently, 24mm wide photo film or Advanced Photo System (APS) film has been traded in the market.

Since this APS film is narrower than 135 film, the APS film can be rapidly reduced with the APS camera because the still camera specially designed for APS (ie APS camera) can be significantly reduced in size compared to the still camera for 135 film. It has become popular.

As shown in Fig. 1, in the APS film 1, an optically transmissive photosensitive layer 3 is formed on one surface of the base film 2 such as a strip of 24 mm width. On the other side of the base film 2, an optically transmissive magnetic layer 4 is formed.

As shown in FIG. 2, in the APS film 1, the strip-type exposed object region 5 is substantially along the longitudinal direction of the APS film 1 (hereinafter referred to as the longitudinal direction of the film) 3. The user camera using area 6 and the laboratory using area 7, which are strip-type unexposed areas, are provided at both edges in the transverse direction of the APS film 1 (hereinafter referred to as the transverse direction of the film). .

Further, in the laboratory use area 7, a pair of adjacent film position prediction holes 8 and a film positioning rectangular hole 9 are continuously arranged at a predetermined pitch along the longitudinal direction of the film.

In this regard, in the APS film 1, the width of the exposed object area 5 is a guard area disposed between the exposed object area 5 and the user camera use area 6 or the laboratory use area 7. In consideration of the width of the area (not shown), the width is selected to be approximately 16.9 mm, and the width of each of the user camera using area 6 and the laboratory using area 7 is selected to be approximately 2.5 mm. In addition, the pair of film position prediction holes 8 and the film positioning rectangular holes 9 have sides of approximately 2 mm, and are positioned approximately 1.35 mm inward from the edge in the transverse direction of the film.

And, as shown in FIG. 3, the APS film 1 is contained in the film cartridge 10 of substantially elliptical cylindrical form, and an APS camera (not shown) is mounted in this state. When the APS film 1 is pulled out of the film cartridge 10 in the APS camera, the APS 1 film is a film position prediction hole 8A in a pair of film position prediction holes 8A and a film positioning rectangular hole 9A. And the film positioning square hole 9B in the film positioning square hole 9B and the pair of film positioning square holes 9B to be pulled out later.

Therefore, in the APS film 1, as shown in Fig. 4, an exposed area 11 having a predetermined frame size and an aspect ratio of 9 to 16, such as the aspect ratio of high definition TV (HDTV), is exposed object area 5. Are continuously disposed at a predetermined pitch along the longitudinal direction of the film, and the photographic image is exposed over the entire surface of the exposure area 11. Characters (Y.T 29.5.96) shown in the figure are actually magnetically recorded digital signals, and in particular, Y.T is changed to an ID such as the owner of the camera.

In this regard, in the APS film 1, when a photographic image exposed over the entire surface of the exposure area 11 is printed on a printing paper, as shown in Fig. 5, a predetermined frame size with an aspect ratio of 9 to 16 is shown. First printing form (H) for printing on printing paper and second printing form (C) for printing on frame size printing paper having an aspect ratio of 2 to 3 with a narrower longitudinal direction than the aspect ratio of 9 to 16 (classic type) ), And a printing type including a third printing type P (panoramic type) for printing on a frame-size printing paper having an aspect ratio of 1 to 3 where the transverse direction of the film is narrower than the aspect ratio of 9 to 16. .

In the APS film 1, any kind of data can be recorded in the user camera using area 6 and the laboratory using area 7, and recorded in the user camera using area 6 and the laboratory using area 7 The data can be used for a process of printing a photographic image of printing paper.

Actually, in the user camera use area 6 of the other side of the APS film 1 (i.e., the magnetic layer 4) (FIG. 4), at the time of taking a picture using the APS camera (hereinafter at the time of taking a picture) The photographing condition data (hereinafter referred to as user data) is magnetically recorded corresponding to each exposure area 11.

This user data is used to have the photographing conditions reflected for each exposure area when printing photographic images. Therefore, the user data can be referred to as the printing condition of the photographic image or the processing condition of the photographic image, and is essentially preserved forever.

In this case, the user camera use area 6 is composed of the synchronization data 12a, the actual data 12B, and the parity data 12C for error detection of the actual data 12B, as shown in Fig. 6A. In order to be included as optical data.

As shown in FIG. 6B, the actual data 12B of the magnetic data included in the user camera using area includes the user from the photographing date and time, the photographing camera information, and the first to third printing forms (H, C, P). The print type selected by the user, the print number specified by the user, the frame position information, the camera ID assigned to the APS camera to be used for photographing, the information on whether the film cartridge is replaced, the brightness information of the object, and whether the artificial light source is used. It includes information, information about the image magnification of the object in the distance between the camera and the object, the title and message printed on one or the other side of the picture, and the photographer's name.

The user data 12 is recorded as a series of bits represented by a combination of "1" or "0" bits in one byte or a combination of "1" and "0" in one byte.

In this regard, the photographing camera information is composed of an aperture value, a shutter speed, an international standard tissue speed, an exposure compensation value, a stroboscopic photograph, and a focal length of a photographing lens. The frame position information has information indicating the direction of the exposure area 11 in the APS camera and information on whether a photographic image on the exposure area 11 is printed on the printing paper.

In addition, in the user camera use area 6 of one surface (ie, the photosensitive layer 3) of the APS film 1, the frame number assigned to the exposure area 11 substantially along the longitudinal direction of the film is frame number data. Optically recorded corresponding to the exposed area 11. In other words, the frame number data is represented by a number and a barcode indicating the number.

In addition, in the laboratory use area 6 (FIG. 4) of the other surface of the APS film 1 (i.e., the magnetic layer 4), the same data as the printing conditions set based on the user data (hereinafter referred to as laboratory data). Is recorded magnetically when a photographic image is printed on a printing paper (hereinafter simply referred to as printing) using a photographic image printing machine to be described below in a photographic studio, and the laboratory data can be rewritten when required.

In addition, in the laboratory use area 7 of one surface (ie, the photosensitive layer 3) of the APS film 1, at the end of the APS film 1, the maximum allowable number with respect to the standard of the APS film 1 Predetermined information such as a photographic image, a film form, a manufacturer name of the APS film 1, and a film ID specified in the APS film 1 are optically recorded as initial data.

In this regard, in the user camera using area 6 and the laboratory using area 7, the frame number data and the initial data are optically detectable and visible to the eye after developing the APS film 1. It is recorded as an image.

Therefore, the optically recorded frame number data and initial data do not affect recording or reproducing of magnetically recorded user data and laboratory data, and the magnetically recorded user data and laboratory data are optically recorded frame numbers. Does not affect data and initial data.

Therefore, in the user camera use area 6 and the research institute use area 7, user data and frame number data on one side can be recorded with respect to initial data and lab data on the other side, thereby storing a large amount of data on one side of the film. Can be recorded by effective use of the other side.

In this case, the APS camera 15 mounted on the APS film 1 has a rear cover 17 for sealing the dark box 16 and the dark box 16, as shown in FIGS. 7 and 8. It is configured to include.

In the female box 16 (FIG. 7), a shutter release button 18 and a frame size setting switch 19 for setting the printing form are arranged outside. Inside the dark box 16, a cartridge housing chamber 20 having a well-known structure for accommodating the membrane cartridge 10, an exposure opening 21 for exposing a photographic image to the APS film 1, and an exposed APS. The membrane housings 22 for accommodating the film 1 are arranged side by side.

A pair of upper film guides 23 and 24 are disposed substantially parallel to the upper side of the exposure opening 21, and a pair of lower film guides 25 and 26 are also provided on the lower side of the exposure opening 21. It is installed in substantially parallel.

In addition, the inside of the film housing 22 is provided with a guide roller 27 for automatically rotating the APS film, the film winding spool 28 winding the APS film 1 is installed so as to be free to rotate.

And the film compression plate 29 is provided in the inner surface of the back cover 17 (FIG. 8) facing the exposure opening 21 of the dark box 16. As shown in FIG.

Therefore, in the APS camera 15, when the film cartridge 10 is mounted in the cartridge receiving chamber 19, the APS film 1 is automatically taken out from the film cartridge 10, and the exposure opening 21 and the film are removed. The APS film 1 is wound around the film winding spool 28 by being passed between the compression plates 29 and automatically rotated by the guide rollers 27.

By the way, between the pair of lower film guides 25 and 26, for example, a film detection light source 31 composed of light emitting diodes (LEDs) having a diameter of about 1.5 mm is a vertical direction of the lower film guides 25 and 26. (Hereinafter referred to as the guide vertical direction) is provided at one end, and a film prediction light source 32 composed of LEDs is installed at the other end along the guide vertical direction.

On the contrary, on the film compression plate 29 of the rear cover 17, the photodetectors 33 and 34 are provided opposite to the film position detection light source 31 and the film prediction light source 32, respectively. The magnetic head 35 is provided for a predetermined position between the pair of upper film guides 23 and 24.

In the APS camera 15, as shown in FIG. 9, the edge portion of the camera use area 6 of the user of the APS film 1 drawn out from the film cartridge 10 is a pair of upper film guides 23 and 24), and the edge portion using the laboratory use area 7 passes between the pair of lower film guides 25 and 26. At the same time, the APS film 1 is compressed with respect to the exposure opening 21 on the opposite side by the film compression plate 29 of the rear cover 17 to prevent the vertical movement of the APS film 1 while the exposed area 5 Unfold.

In the APS camera 15, the other side of the user's camera use area 6 (FIG. 4) of the APS film 1 faces the magnetic head, and the laboratory use area 7 (FIG. 4) is the film position. It passes continuously between the detection light source 31 and the photodetector 33 and between the film prediction light source 32 and the photodetector 34.

Thereby, in the APS camera 15, when the APS film is automatically taken out from the film cartridge 10, the film position prediction hole 8 is detected by the film prediction light source 32 and the photodetector 34, Thereafter, the film position square penetration 9 is detected by the film prediction light source 31 and the photodetector 33 so that an adjacent central portion of the exposure area 11 where the APS film 1 is not exposed is exposed to the exposure opening 21. It is located in such a way that it is located near the center.

Here, in the exposure opening portion 21, the length of the exposure opening portion 21 along the transfer direction of the APS film 1 is about 30.03 mm depending on the length of the exposure area 11 along the film length direction, for example. The width of the exposure opening 21 along the direction substantially perpendicular to the transmission of the APS film 1 is set to be about 16.93 mm depending on the width of the exposure area 11 along the film width direction, for example.

Therefore, when the shutter release button 18 is pressed in the state where the APS film 1 is positioned in the APS camera 15, the exposure area 11 which is not exposed to the APS film 1 is exposed to the light source which has been introduced. In order for the imaging light arriving from the object (not shown) to flow into the exposure opening 21 through a camera lens, an aperture, and a shutter (not shown), an image in the field of view including the object image is formed in the exposed area as a photographic image. Can be.

In this regard, in the APS camera 15, the exposure area 11 is stretched at this time as described above to prevent the photographic image formed in the exposure area 11 from being warped.

In the APS camera 15, when the shutter release button 18 is pressed in this manner, the user data is magnetically recorded by the magnetic head 32 in the user's camera use area 6 while the APS film 1 ) Is wound around the film winding spool 28. The film position prediction sphere 8 and the film position square sphere 9 are thereby continuously detected by the film prediction light source 32 and the photodetector 34 and the film position prediction light source 31 and the photodetector 33. , The APS film 1 is positioned in such a way that the central portion near the new position area 11 which is not exposed is located near the central portion of the exposure opening 21.

As described above, in the APS camera 15, each time the shutter release button 18 is pressed, a photographic image is formed in the unexposed exposed area 11, and the user data is stored in the camera use area 6 of the user. It is recorded magnetically. Thereafter, the unexposed new position area 11 is positioned with respect to the exposure opening 21.

In this regard, in the APS camera 15, whenever a photographic image is formed in the exposure area 11, the user data corresponding to the exposure area 1 is repetitively, for example, in the camera use area 6 of the user. Is recorded three times. Error correction or error detection is possible by adding an error correction code to the camera use area 6 of the user.

As a result, in the photographic image system (not shown), for example, all of the user data repeatedly recorded three times per exposure area 11 of the APS film 1 is reproduced at the time of printing. If error detection is made through comparison of the reproduced user data, the correct user data is identified at the same ratio of user data and used for printing thereof. That is, in the photographic image printer, if all the user data reproduced three times are exactly the same, the user data is determined to be correct. If the user data reproduced twice is the same among the user data reproduced three times, the same user data is determined to be correct. However, if all the user data reproduced three times are wrong, the user data is reproduced again.

The film prediction light source 32 and the film position detection light source 31 are exposed areas 11 of the APS film 1 by, for example, emitting infrared rays having a wavelength of about 940 nm in the wavelength region where the APS film 1 is photosensitive. The silver is prevented from being exposed due to the infrared rays emitted from the film prediction light source 32 and the film position detection light source 31.

In fact, as shown in Fig. 10, the system controller 40 is constituted by the microcomputer 1 installed therein.

When the film cartridge 10 is mounted, the system controller 40 controls to drive a film taking out mechanism (not shown) to take out the APS film 1 from the film cartridge 10, while the film position prediction hole ( 8) and the film position square hole 9 are continuously detected by the hole sensor 41 composed of the film prediction light source 32 and the photodetector 34 and the film position detection light source 31 and the photodetector 33. Generate a detection signal. Based on the detection signal, the system controller 40 calculates a control signal and sends the control signal to the motor 43 through the amplifying circuit 42.

As a result, the system controller 40 controls the driving of the motor 43 based on the control signal, and rotates the film winding spool 28 connected to the motor so that the APS film 1 is wound to a certain length. It is wound on the spool 28. The exposed area 11 is located with respect to the exposed opening 21.

In this regard, when the hole sensor 41 detects the film position square hole 9 and generates a detection signal, the system controller 40 counts the internal counter based on the detection signal, and the exposure opening 21 It is possible to recognize the frame number for the exposed area 11 located with respect to.

When the shutter release button 18 is pressed with the exposure area 11 positioned with respect to the exposure opening area 21 in the above manner, the system controller 40 drives the stepping motor 46 so as to drive the stepping motor 46. 45) to adjust focusing and exposure. Thereafter, the shutter is released and the imaging light is introduced into the exposure opening 21 so that the photographic image is exposed to the exposure area 11.

The system controller 40 captures the printing type for the photographic image selected through the frame size setting switch 19 and the image capturing date and time input through the input unit 47 such as a keypad installed on the outer surface of the rear cover 17 (FIG. 8). Or receiving various kinds of information including the name of the photographer, and calculating the user data based on the received various information and other kinds of information such as supplied exposure conditions by adjusting focusing and exposure.

In this regard, the input unit 47 is provided with a display panel 47A. When information is input through the input key, the information is displayed on the display panel 47A and visually confirms whether or not the information recorded in the camera use area 6 of the user of the APS film 1 is correctly recorded in the user data. Can be,

When the photographic image is formed by being exposed to the exposure area 11, the system controller 40 controls the amplifying circuit 42 to drive the motor 43 so that the user data corresponding to the exposed photographic image is stored in the magnetic recording circuit ( 48) while allowing the APS film 1 to be wound around the film winding spool 28. Thus, the magnetic recording circuit 48 records the user data through the magnetic head 35 in the camera use area 6 of the user of the APS film 1 and is not exposed in the same way as described above. Region 11 is located relative to exposed opening 21.

As described above, in the APS camera 15, the photographic image is exposed and formed in the exposure area 11 of the APS film 1, and at the same time, user data corresponding to the photographic image is recorded in the user camera use area 6. .

When all photographic images are formed in the exposure area 1 of the APS film 1 to the maximum possible number, the system controller 40 controls the film take-out mechanism to rewind the APS film 1 in the film cartridge 10. . Therefore, since the film cartridge 10 including the exposed APS film 1 can be taken out from the APS camera 15, the exposed APS film 1 taken out to the outside is protected by the film cartridge 10. Can be.

If the film winding button (not shown) is pressed before exposing all the exposure areas 11 in the APS film 1 having the photographic image, the system controller 40 then exposes the exposure area located with respect to the exposure opening 21. Control to magnetically record information indicating that the film cartridge 10 is exchanged in the middle of the camera use area 6 of the user corresponding to (11).

Subsequently, the system controller 40 drives the film take-out mechanism to rewind the APS film 1 in the film cartridge 10 while simultaneously photographing the camera use area 6 of the user of the head of the APS film 1. The frame number data of the exposure area 11 where the image is the latest exposed is magnetically recorded.

Thereby, even if the film cartridge 10 once attached to the APS camera 15 is taken out before ending the exposure of all the exposure areas 11 of the APS film 1 having the photographic image, the film cartridge 10 ) Is reattached to the APS camera 15, the system controller 40 refers to the camera use area 6 of the commercial operator on the top of the APS film 1 pulled back from the film cartridge 10 to the APS camera 15. The frame number of the exposure area 11 having the photographic image exposed just before the exchange can be recognized. As a result, the photographic image may be formed by exposing the photographic image only to the unexposed exposed region 11 and the next exposed region 11 of the recognized frame number.

The APS film 1 having the photographic image exposed to all or part of the exposed area 11 is housed in the film cartridge 10 and transferred to the photo studio. In the photo studio, after developing the APS film 1, the photographic image is printed on printing paper using a photographic image printing machine.

(2) photo video printer

Here, the photographic image printing machine 100 installed in the photographic studio comprises a photographic image scanner 101 and a printer 103 connected to the monitor 102 as shown in FIG.

The photographic image scanner 101 consists of an L-shaped lower side body 105 and an upper side body 106 mounted on the back plate 105A of the lower side body 105, for example, as shown in FIG. As shown, there is a print selection panel 107 on the front side of the upper body 106.

The power display panel 108 is attached to the side of the upper body 106, and inside the upper body 106 there is a charge coupled device (CCD) and a driving circuit, which is an optical mechanism, which will be described later.

On the other hand, on the bottom 105B of the lower body 105, there is a monitor adjustment panel 109, cartridge loading chamber 110 and the light transmitting window 111, the main power switch 112 is the back plate of the lower body 105 (105A) is on the side.

As shown in FIG. 13, inside the lowermost part 105B of the lower side body 105, a pair of film moving rollers 118A and 118B, a pair of idle rollers 119A and 119B, a film housing 121, and a light transmitting window There is a lamp 122 facing 111.

In addition, the diffusion filter 123 and the pair of film guides 124 and 125 are located in the area between the lamp 122 and the light transmitting window 111, and each film guide 124 and 125 is exposed to the APS negative film 1A. And an opening corresponding to the observation angle (observation angle having an aspect ratio of 9 to 16) with respect to (11) (FIG. 4).

In the lowermost portion 105B, when the film cartridge 10 having the developed APS film 1A (hereinafter referred to as APS negative film) is mounted in the cartridge loading chamber 110, the APS negative film 1A is (not shown). APS negative film 1A, which is extracted from the film cartridge 10 by the film drawing mechanism and drawn out, is provided between the pair of film transfer rollers 118A and 118B, between the film guides 124 and 125, and the pair of idle rollers. It passes continuously between 119A and 119B and winds around the film winding roll 126 in the film housing 121. As shown in FIG.

Between the film guides 124 and 125, hole detection sensors 127A and 127B are provided in such a manner as to carry the laboratory use area 7 (FIG. 2) of the APS negative film 1A drawn out of the film cartridge 10. In addition, the user data magnetic head 128 and the optical head 129 for the frame number face the user's camera use area 6 (FIG. 2), and the magnetic head 130 and initial data optics for the laboratory data. Head 131 faces lab user area 7.

Thereby, the film position prediction hole 8 (FIG. 2) and the film fixing square hole 9 (FIG. 2) are continuous when the APS negative film 1A is ejected from the film cartridge 10 at the bottom 105B. The exposure area 11 may be positioned with respect to the openings of the film guides 124 and 125 by the means of the hole detection sensors 127A and 127B.

At the lowermost portion 105B, with the exposure area 11 of the APS negative film 1A positioned with respect to the openings of the film guides 124 and 125, the rays of light emitted from the lamp 122 pass through the diffusion filter 123. Photographic image light that is diffused, radiates to all surfaces of the exposed area 11, and passes through the exposed area 11 is received through the transmission window 111 on the surface of the CCD of the upper body 105A.

Thereby, in the photographic image scanner 101, the photographic image light received by the CCD is converted into an electric photograph and generates photographic image data of the photographic image exposed on the exposure area 11 of the APS negative film 1A. To do it.

In the photographic image scanner 101, photographic image data to be displayed is produced based on photographic image data, and sent to the monitor 102 (FIG. 11) to represent a photographic image based on the photographic image data to be displayed.

In addition, in the photographic image scanner 101, photographic image data for printing is generated based on photographic image data and printed on printing paper of a predetermined size (hereinafter referred to as print size) based on photographic image data for printing. It is sent to a printing machine 103 to produce a print photo shop having a photographic image.

In this regard, in the monitor adjustment panel 109 (FIG. 12), the color adjustment switch 133, the zoom control switch 134, the focus control switch 135, the aperture control switch 136 and the main power indicator lamp ( 137) is provided. Photo image displayed on the monitor 102 by manually operating the color adjustment switch 133, the zoom control switch 134, the focus control switch 135, the aperture control switch 136, and the main power indicator lamp 137. Quality can be controlled.

In practice, in the photographic image scanner 101, since a system controller 140 composed of microcomputers is provided for controlling the entire system, as shown in Fig. 14, processes executed in a series of steps, namely photographic images Processes that generate data are automatically performed.

If the APS negative film 1A is extracted from the film cartridge 10 (FIG. 13) and loaded into the cartridge loading unit 110 (FIG. 13), the system controller 140 controls the film drive circuit 141.

Therefore, the film drive circuit 141 drives the film drive motor 142 to drive the pair of film transfer rollers 118A and 118B, the pair of atmospheric rollers 119B (FIG. 13) and the film winding reel 126 (FIG. 13). ), The APS negative film 1A is wound around the film winding reel 126.

Film position prediction holes (Fig. 2) and film position rectangular holes (Fig. 2) in the APS negative film 1A provided by the hole detection circuit 143 from the hole detection sensors 127A and 127B (Fig. 13). The system controller 140 controls to temporarily stop the driving of the film drive motor 140, and the exposed area 11 of the APS negative film 1A with respect to the holes of the film guides 124 and 125. Position 4).

As such, the system controller 140 is arranged to alternately and continuously perform winding of the APS negative film 1A and positioning of the exposed area 11 of the APS negative film 1A.

In addition, since the system controller 140 controls the optical head for the initial data 131 by the optical regeneration circuit 144 while delivering the APS negative film 1A, the laboratory use area of the APS negative film 1A is provided. The initial data is reproduced from (7). The optical head for the frame number 129 is controlled by the optical reproducing circuit 1450 to reproduce the frame number data from the user camera use area 6 of the APS negative film 1A.

The system controller 140 controls the optical head for the user by the dodge playback circuit 146 to reproduce the user data from the user camera use area 6 of the APS negative film 1A.

In addition, the system controller 140 determines whether the photo camera information, the object brightness information, or the artificial light source is used whenever the user data corresponding to the exposure area 11 of the APS negative film 1A is reproduced. The zoom motor driving circuit 148, the focus motor driving circuit 149, and the aperture driving circuit 150 are controlled based on various information including the related information and the object image magnification with respect to the camera-to-object distance.

Therefore, the zoom motor driving circuit 148 drives the zoom motor 151 which moves the zoom lens 152 along the optical axis to adjust the magnification of the photographic image light.

The focus motor driving circuit 140 drives the focus motor 153 which moves the focus lens 154 along the optical axis to adjust the focusing of the photographic image light.

In addition, the aperture motor driving circuit 150 drives the aperture motor 155 that adjusts the aperture 156 for the photographic image light by the aperture motor 155 according to the enlargement ratio adjusted by the zoom lens 152.

As such, whenever the exposed area 11 of the APS negative film 1A is positioned with respect to the holes of the film guides 124 and 125, the system controller 140 based on the corresponding user data, the zoom lens ( 152, the focus lens 154 and the aperture 156 are adjusted. In this step, a power supply voltage is supplied from the power supply circuit 157 to the lamp driving circuit 158 so that the lamp 122 is shined by the lamp driving circuit 158.

Therefore, the light emitted from the lamp 122 diffuses through the diffusion filter 123 and is reflected on the entire surface of the exposed area 11. As a result, the photographic image light transmitted through the exposure area 11 continuously passes through the window 111, the objective lens 159, the zoom lens 152, the focus lens 154, and the aperture 156, and is coupled with charge. Received on the light receiving surface of the device 160.

Here, the light receiving surface of the charge coupling device 160 has an aspect ratio of 9-16, like the exposed region 11. Therefore, the photographic image on the exposure area 11 is projected over the entire area of the light receiving surface as the photographic image light having the same viewing angle. The charge coupling device 160 photoelectrically converts the received photographic image light over the entire area of the light receiving surface. The analog photoelectric signal obtained by such a method is transmitted to the image data processor 161.

The image data processor 161 converts the analog photoelectric signal supplied from the charge coupling device 160 in digital form under the control of the system controller 140. Therefore, the picture image data for the picture image exposed on the exposed area 11 of the APS negative film 1A is reproduced.

In addition, the image data processor 161 is supplied with the user data, the initial data and the frame number from the system controller 140. Then, for the photographic image data based on the user data, the initial data and the frame number data, data processing for changing the viewing angle in accordance with the printing form is performed. Therefore, photographic image data for display is transmitted to the monitor 102 (Fig. 11).

Therefore, the image data processor 161 displays the photographic image on the monitor 102 based on the photographic image for display. Thereby, the printing conditions of the photographic image can be visually confirmed on the monitor before printing.

The image data processor 161 performs data processing for photographic image data, including a process of adding information such as print numbers of images included in user data to photographic image data. The photographic image data is transmitted to the printer 103 (Fig. 11) for printing. Therefore, the printer 103 can generate a print photo shop according to the print number of the images.

On the other hand, the photographic image scanner 101 is provided with a remote controller 162 to permit input of a main ON / OFF command, a transfer command for the APS negative film 1A, and a print number change designation command.

Indeed, if a photoelectric signal is issued from the remote controller 162 according to the transfer instruction for the APS negative film 1A, the system controller 140 receives the photoelectric signal through the light receiving element 163 and the film drive circuit 141. To control the film driving motor 142 based on the transfer command. Therefore, the exposed area 11 of the designated frame number among the exposed areas 11 of the APS negative film 1A is positioned with respect to the hollow portions of the film guides 124 and 125.

If the photoelectric signal is issued from the remote controller 162 according to the print number change designation command or the print type change designation command, the system controller 140 receives the photoelectric signal through the light receiving element 163 and according to the received photoelectric signal. The print change specification data or the print number change data is transmitted to the image data processor 161.

The image data processor 161 normally sets the print type for the photographic image and the print number of the image based on the user data supplied from the system controller 140, but if the print change data is supplied from the system controller 140, it The print type for the photographic image or the print number of the image is changed based on the print type change data.

As such, if the system controller 140 receives the photoelectric signal from the remote controller 162 according to the transfer command, the print type change designation command, and the print number change designation command for the APS negative film 1A, the system controller 140. ) Transmits the image display command selected based on the photoelectric signal to the image data processor 161.

Thereafter, the image data processor 161 generates the selected d image data based on the selected image display command supplied from the system controller 140, combines the photographic image data and the image data for display, and the combined The image data is transmitted to the monitor 102.

Thereby, on the monitor 102, as shown in FIG. 15, the selected image is displayed based on the selected image data superimposed on the photo image based on the photo image data. According to the operation of the remote controller 162, the selected image may be continuously changed. Therefore, the user can easily command to transfer the APS negative film 1A by operating the remote controller 162 while observing the display screen of the monitor 102, and can change the print type or print number.

In addition, on the print selection panel 107 of the photographic image scanner 101, as shown in FIG. 16, the automatic mode selection switch 101, the zoom control switch 166, the focus control switch 167, and the aperture control switch. 168 and aspect ratio change switch 169 are provided.

When the automatic mode selection switch 165 on the print selection panel 107 is in the ON state, the system controller 140 is in the automatic mode. Then, the zoom motor driving circuit 148, the focus motor driving circuit 149, and the aperture motor driving circuit 150 are controlled based on the user data. As described above, the aspect ratio is permanently set to 9-16 for the photographic image light that may be received on the light receiving surface of the charge coupling device 160.

In contrast, when the automatic mode selection switch 165 on the print selection panel 107 is in the OFF state, the system controller 140 is in the manual mode. And if the zoom control switch 166, the focus control switch 167, or the aperture control switch 168 is adjusted, the system controller 140 zooms based on the operation command supplied from the print selection panel 107 by the adjustment. The motor driving circuit 148, the focus motor driving circuit 149, or the aperture motor driving circuit 150 is controlled.

Also, if the aspect ratio change switch 169 is adjusted when the system controller 140 is in the manual mode, it is based on the operation command supplied from the print selection panel 107 at the time of adjustment of the aspect ratio change switch 169. The system controller 140 then changes the aspect ratio of the photographic image light that may be received on the light receiving surface of the charge coupling device 160. The type of the aspect ratio selected by the aspect ratio change switch 169 of the aspect ratio instruction selection section 170 of the print selection panel 107 is displayed.

Thus, if the aspect ratio change switch 169 is adjusted when the system controller 140 is in the manual mode, as shown in Fig. 17, when the aspect ratio is selected to 9-16 or 1-3, When the system controller 140 selects the width of the effective light receiving area of the light receiving surface 160A in the charge coupling device 160 to the predetermined length indicated by a or the aspect ratio is selected to be 3-4, Selecting the width of the effective light-receiving area to the predetermined length indicated by b or if the aspect ratio is selected to be half of 9-16, selecting the width of the effective light-receiving area to the predetermined length indicated by c or When the aspect ratio is selected to be half of 3-4, the width of the effective light receiving area is selected to the predetermined length indicated by d.

In addition, the system controller 140 controls the vertical width of the effective light receiving area to the predetermined length indicated by e when the aspect ratio is selected to be 9-16 or 3-4 or 9-16 or 3-4. When the selection or the aspect ratio is selected as 1-3, the vertical width of the effective light receiving area is selected to the predetermined length indicated by f.

In addition, on the print selection panel 107 (FIG. 16), the image type change switch 171, the monitor image change switch 172, the selected image display switch 173, the size selection switch 174, and the print change switch 175. Is provided.

If the image type change switch 171 is operated, the system controller 140 (FIG. 14) controls the image data processor 161 (FIG. 14) based on the operation command generated from the print selection panel 107 according to the operation. To generate black and white photographic image data or color photographic image data from the APS negative film 1A.

If the monitor screen change switch 172 is operated, the system controller 140 controls the image data processor 161 (Fig. 14) based on the operation command generated from the print selection panel 107 according to the operation to monitor the monitor ( 102: A photographic image or a selected image is displayed on FIG. 11). In addition, if the selected image display switch 173 is operated, the system controller 140 controls the image data processor 161 (Fig. 14) based on the operation command generated from the print selection panel 107 according to the operation. The selected image is displayed together with the photographic image on the monitor 102 (FIG. 11).

In addition, if the size selection switch 174 is operated, the system controller 140 controls the image data processor 161 (Fig. 14) on the basis of the operation command generated from the print selection panel 107 according to the operation of the printer. (103: Fig. 11) causes the print studio cabinet or quarter print size in service to be generated, and the print size selected by the size selection switch 174 on the size indicator 178 of the print selection panel 107; Is displayed.

In addition, if the print change switch 175 is changed to the frame number setting side, the system controller 140 replaces the frame number input through the input panel 177 of the print selection panel 107 with the frame number of the print selection panel 107. Displayed on the indicating unit 178, the film driving circuit 141 is controlled to drive the film driving motor 142 based on the input frame number. Therefore, the exposed area 11 with the designated frame number among the exposed areas 110 of the APS negative film 1A is positioned with respect to the holes of the film guides 124 and 125.

If the print change switch 175 is changed to the print number setting side, the system controller 140 displays the print number input through the input panel 177 on the print number indicating section 179 of the print selection panel 107; Instead of the user data, on the basis of the input print number, the image data processor 161 is controlled so that the printer 103 (Fig. 11) generates a print photo studio with the newly designated print number.

Therefore, the system controller 140 can easily change the printing conditions obtained on the basis of the user data instead, so that a print photo shop is generated from the photographic image even under conditions different from the conditions designated by the user at the user's shooting time. Can be.

After the print studio is printed based on the photographic image data generated from the photographic image of the APS negative film 1A, the system controller 140 (FIG. 14) is provided with various prints provided through the print selection panel 107 and the remote controller 162. Generate lab data based on types of information (print size, print number, aspect ratio, etc.) and user data. The laboratory data generated by the magnetic head means for the laboratory data 130 is transmitted to the magnetic recording circuit 9180 for magnetically recording the laboratory data on the laboratory use area 7 of the APS negative film 1A.

Therefore, the system controller 140 can preserve the history of photographic images, such as printing conditions, as laboratory data in the laboratory use area 7 of the APS negative film 1A.

Thus, when the APS negative film 1A used to print the photographic image is used to print the photographic image, the system controller 91400 controls the magnetic recording / reproducing apparatus 180 to control the magnetic head for the lab data 130. By means, the laboratory data is reproduced from the laboratory use area 7 of the APS negative film 1A. Then, the printing procedure of the photographic image is executed based on the reproduced laboratory data. Therefore, a print studio may be generated by reprinting past photographic images.

As such, if the printing condition is changed to perform the printing process for the photographic image in the APS negative film 1A at the second time or later, the system controller 140 displays the lab data according to the changed printing condition. Will play. Therefore, the laboratory data in the laboratory use area 7 of the APS negative film 1A can be re-entered.

Here, the image data processor 161 (FIG. 14) performs the printing condition according to the following procedure shown in FIG. 18 under the control of the system controller 140 in the printing of the photographic image.

That is, the image data processor 161 generates photo image data for display by applying predetermined data processing to the photo image data based on the user data, and monitors the photo image data for display in step SP1. And the photo image 183 in addition to the print type 184 and the frame number 185 are displayed on the monitor 102 based on the photo image data for display.

Then, in step SP2, if there is an image display instruction selected from the system controller 40 according to the remote controller 162 shown in Fig. 14 or the print selection panel 107 shown in Fig. 16, the image data processor 162 is provided. Synthesizes the photographic image data for display and the selected image data generated for the selected image indicator, and transmits the synthesized image data to the monitor 102. Thus, for example, the selected image 186 for confirming the result of changing the printing condition based on the selected image data is superimposed with the photographic image 183 based on the photographic image data for display on the monitor 102. do.

In step SP2, for example, when the remote controller 162 is operated to input an instruction to stop changing the printing condition, the image data processor 162 is given an indication of the display of the image selected from the system controller 140. The display of the selected video is stopped, and the process moves to step SP1.

On the contrary, for example, when the remote controller 162 is operated to input an instruction for updating the print number in step SP2, the image display update instruction selected from the system controller 140 is the image data processor 161. If given, processing moves to step SP3.

In step SP3, the selected image display instruction for displaying the contents of changing the printing conditions from the system controller 40 in accordance with the operation of the print selection panel 107 or the remote controller 40 is executed. If given, the image data processor 161 synthesizes the selected image data generated on the basis of the selected image display instruction and the photo image data for display, and transmits the synthesized image data to the monitor 102, thus For example, the selected image 190 composed of a confirmation section 189, a print size 187, and a print number 188 for confirming the change of the printing condition based on the selected image data is displayed on the monitor 102. Based on the photo image data for display on the image can be displayed superimposed on the photo image 183.

Therefore, the image data processor 161 is configured to allow the user to change the printing conditions while visually confirming the selected image displayed on the monitor 102.

In fact, the image data processor 161 receives the picture signal S1 from the charge coupled device (CCD) 160 and sends it to the microprocessor 195, as shown in FIG.

The microprocessor 195 operates under the control of the system controller 140 to cause a built-in analog / digital conversion circuit (not shown) to convert the analog photoelectric signal S1 given from the CCD 160 into digital form. Create (red, green, blue) data.

In addition, the microprocessor 195 reads color conversion data D2 and correction data D1 stored in advance in the memory 196, and performs luminance correction processing for RGB data based on the correction data D1. The color conversion process is performed based on the color conversion data D2, and the data D3 subjected to the correction conversion thus obtained is transmitted to the image processor 197.

In addition, the microprocessor 195 is previously given the frame number data D6, the user data D4, and the initial data D5 from the system controller 140. The microprocessor 195 includes the user data D4, Initial data D5 and frame number data D6 are transmitted to the image processor.

In this regard, the correction data D1 is for correction of conversion deviations in the analog / digital circuit and the CCD, and the color conversion data D2 is used in the print selection panel 107 (FIG. 16). In addition to selecting one of the black and white image and the color image according to the operation, it is for converting between the positive film and the negative film.

The image processor 197 is operated in conjunction with the intervention of the microprocessor 195 under the control of the system controller 140. Given the correction conversion process data D3, user data D4, initial data D5, and frame number data D6 from the microprocessor 195, the image processor 197 is included in the initial data D5. Based on the information indicating the film type of the APS negative film 1A, the corresponding sensitive correction data D7 stored therein is read out from the memory 199.

The image processor 197 performs a sensitivity correction process for correcting correction conversion processing data D3 for different film sensitivity deviations for each film type based on the sensitivity correction data D7, thereby providing the APS negative film 1A. To generate photographic image data.

In addition, the image processor 197 performs a deviation correction process for correcting the photographic image data for the monitor deviation, and adjusts the viewing angle of the photographic image based on the user data D4 and according to the printing type. Thereafter, a resizing process is performed to adjust the size of the photographic image according to the viewing angle on the display screen of the monitor 102. Then, the image processor 197 performs superimposition processing of various kinds of information obtained based on the user data D4 to generate photo image data for display D8.

The image processor 197 transmits photographic image data for display D8 to the monitor 102 (FIG. 11) through the microprocessor 195 and the interface 200.

In this regard, the image processor 197 given the image display instruction selected from the system controller 140 through the microprocessor 195 as needed, generates the predetermined selected image data D9 based on the selected image display instruction. The selected image data D9 is transmitted to the monitor 102 along with the photo image data for display D8 via the microprocessor 195 and the interface 200.

After completing the transfer of the selected image data D9, the image processor 197 prints the print condition check image data D10 based on the photo image data for display D8 corresponding to one APS negative film 1A. ) And transmits the print condition confirmation image data D10 to the monitor 102 via the microprocessor 195 and the interface 200.

Therefore, in the photographic image scanner 101 shown in FIG. 11, the photographic image 183 or the enlarged photographic image 201, the frame number 185 and the title message 202 of the predetermined size together with the printing type 184 are displayed. As shown in Figs. 20A-20C, they are displayed on the monitor 102 based on the photographic image data for display D8.

In the photographic image scanner 101, after the photographic image 183 and the selected image 190 are displayed on the monitor 102 in step ST3 of FIG. 18, the printing condition confirmation image 203 is shown in FIG. Similarly, it is displayed on the monitor 102 based on the printing condition confirmation image data d10. The printing condition check image 203 is displayed together with the photographic image 183 corresponding to the APS negative 1A as the concise image, and the print photo tube size 187 and the print number 188 are briefly displayed below. .

On the other hand, the image processor 197 shown in FIG. 19 performs a deviation correction process for correcting the photographic image data for the deviation of the printing press, and adjusts the observation angle for the photographic image based on the user data D4 according to the printing type. After that, resizing is performed to adjust the size of the photographic image according to the printing size. In addition, the image processor 197 generates the photographic image data D11 for printing by synthesizing the title message included in the user data D4, if necessary.

The image processor 197 transmits the printing photographic image data D11 to the printer 103 (FIG. 11) along with the printing condition data including the number of prints and the print size via the microprocessor 195 and the interface 200. do.

In addition, the image processor 197 separates the photographic image data D11 for printing, and corrects the photographic image data such as the APS negative film 1A with respect to the deviation of the printer, and the printing type included in the user data D4. Based on this, predetermined processing is performed. Then, the image processor 197 synthesizes the title message included in the user data D4 to generate the index image data D13.

In addition, the image processor 197 transmits the index image data D13 to the printer 103 through the microprocessor 195 and the interface 200.

In the photographic image scanner 101 (FIG. 11), the printer 103 prints a photographic image on a printing paper of a predetermined print size according to any one of the first type to the third type (H, C, P) for printing. On the basis of the photographic image and the printing condition data D12, print photo studios 205a, 205b, and 205c are generated, and a user's message is printed on the print photo studio 205. FIG.

In the photographic image scanner 101, the printer 103 is photographic image, such as the APS negative film 1A, which is displayed small (called a thumb-nail image) based on the index image data D13 as shown in FIG. An index print 208 having data can be generated, and a plurality of print studios 205 and index prints 208 can be issued to the user along with the film barrel 1a including the APS negative film 1A.

In this connection structure, each photographic image 207 in the index print 208 is displayed at a small time at the time of the first print type H, and the frame number 209 and the print type 210 are displayed in the photographic image ( 207) is displayed at the bottom right.

At the bottom right of the index print 208, for example, a file ID is displayed with a barcode 211 to associate the index print 208 with the APS negative film 1a.

In addition, the photographic images 207a and 207b of the second printing type C or the third printing type P are different from the first printing type H, and have lines 212 indicating a time for a predetermined type. Have

Thus, in the index printing 208, the configuration of the photographic image 207 having the time of the first printing type H is determined for the second printing type C or the third printing type P specified by the user. It changes according to the line 212 which displays a time.

On the other hand, the image processor 197 (FIG. 19) performs predetermined data processing (which can be manipulated by a PC) on photographic image data and converts the data format into a predetermined data format (e.g., bitmap, TIFF). , GIF, JPEG, etc.) and generate the converted photographic image data.

The image processor 197 receives the laboratory data D14 from the system controller 140 through the microprocessor 195, and based on the laboratory data D14, the user data D4, and the frame number data D6, Photo image header data consisting of printing conditions and frame numbers of the photo image unique to the converted photo image data is generated and attached to the head of the converted photo image data.

In addition, the image processor 197 receives predetermined transmission data from the PC through the system controller 140 and the microprocessor 195, generates film head data based on the transmission data and the initial data D5, and generates an APS negative film. Film header data is attached to the beginning of the converted photographic image data as in 1A to generate film data D15. The image processor 197 transmits the film data D15 generated through the interface 200 with the microprocessor 195 to a PC (not shown).

As a result, in the photo studio where the photographic image printing machine 100 (FIG. 11) is installed, the PC connected to the photographic image printing machine 100 performs various processing on the film data D15 to process the photographic image or desired through the Internet. The film data D15 is transmitted to the place. In the same manner as the film data D15, the digital camera data may also be transmitted through the PC. However, since the two data have different characteristics due to the difference in exposure characteristics between the film and the CCD, appropriate correction must be made for each data.

(3) photo image commerce system

A photographic image electronic commerce system implementing e-commerce for photographic images will be described using a photographic image printing machine 100 shown in FIG.

In the photographic image commerce system 220 shown in Fig. 24, a photo studio 221 (hereinafter referred to as a receptionist photo studio) owned by domestic and overseas related receptionists and a photo studio 222 (hereinafter referred to as owned by the relevant grant handler) are issued. The photo studio) is connected through a communication network established by the receiving service provider 223 and the issuing service provider 224, and the bank agent 226 owned by the payment handler through the Internet 225. Is connected to.

In the reception side photo studio 221 and the issue side photo studio 222, the photo image printing machines 100a and 100b composed of the scanner 101, the monitor 102 and the printer 103, and the PCs 227 and 228 connected thereto are provided. It is installed. Photographic image printing machines 100a and 100b print photographic images, and PCs 227 and 228 perform data processing, data transmission or reception.

In practice, a user (hereinafter referred to as a print requester) who requests the printing of a photographic image brings the film container 10 containing the APS film exposed to the reception-side photo studio 221. When the user requests the printing of photographic images exposed on the APS film, the APS film is developed to produce an APS negative film.

In the reception side photo studio 221, the photo image printing machine 100a (reception side photo studio photo image printing machine) performs the print processing shown in Figs. 12 to 21 using an APS negative film, and is shown in Figs. 22 and 23. It creates print studios and index prints from photographic images of APS negative film as if.

In the reception photo studio 221, the issue date and time of the print photo studio are designated when the printing of the photographic image is requested. When the print requester comes back to the studio on the date and time of issue, the print requester pays the APS film development value and the print value of the print photograph and prints a plurality of print studios and indexes together with the film barrel 10 containing the exposed APS film. Get issued.

The photographic image printing machine 100a generates photographic image data from the photographic image of the APS negative film in the printing process of the photographic image, and generates the film data D15 from the generated photographic image data, which is then used as a PC 227 (hereinafter, To the reception desk photo studio PC).

When the reception side photo shop PC 227 receives the film data D15 from the reception side photo shop photo image printing machine 100a, the reception side photo shop PC 227 stores the film data D15 in the reception side photo shop server 229. On the basis of the film data D15, index data D16 of an index image in which a photographic image having the same configuration and quality as that of a print photograph studio is small is generated and stored in the photographic studio server 229.

In the reception photo studio 221, when the printing process of the photographic image has ended or the print requester does not come to the photo studio to receive the print photo studio even after the issuance date and time has passed, the reception photo studio PC 227 is connected to the reception photo studio server ( 229, the corresponding index data D16 is read out, and the read index data D16 is used to generate notification data EM1 for an e-mail indicating the end of print processing of the photographic image, and thereafter, the public communication network. This is transmitted to the PC 230 of the print requester.

Therefore, in the reception photo studio 221, the print requester is notified that the print processing of the photographic image is finished on the monitor screen of the PC 230, and the index image is displayed on the monitor to display the print state of the photographic image (i.e., print photograph). You can check visually)

In addition, in the reception photo studio 221, when the transmission of the print photo studio is requested by a user (hereinafter referred to as a transfer requester) who wants to transmit the print photo studio, the transmission requester has a picture using the reception photo studio image printing machine 100a. Film data D15 is generated from the APS negative film (APS film). Then, the receptionist photo shop PC is connected to the photo studio service provider 223, the Internet 225, and the issuer service provider 224 to print the film data D15. Photo studio) 222.

With this connection structure, the reception side photo studio 221 is the reception side photo studio PC 227 when the film data D15 to be transmitted at the print photo studio transfer request is already generated and stored in the reception photo studio server 229. The corresponding film data D15 is read out from the photo studio server 229 and the film data D15 read through the reception studio photo service provider 223, the Internet 225, and the photo studio service provider 224 is issued. It transmits to the photo studio 222.

In the issuing photo studio 222, the PC (hereinafter, issuing photo studio PC) 228 receives the film data D15 transmitted from the receiving photo studio 221 and temporarily received by the issuing photo studio server 231. The film data D15 is stored. In addition, the granting photo studio PC 228 generates the index data D16 based on the film data D15 and stores the index data D16 in the granting photo studio server 231.

In the issuing photo studio 222, the issuing photo studio PC 228 reads the index data D16 from the reception photo studio server 231 and uses the index data D16 to display an e-mail indicating transmission of a print photograph. Notification data EM2 is generated, and the notification data EM2 is transmitted to the PC of the photographer of the studio via a public communication network (not shown).

Thereby, in the issuing photo studio 222, the photo studio recipient is notified that the photo studio has been transmitted to the recipient's address on the monitor screen of the PC 232, and can visually confirm the transferred print photo studio by displaying an index image on the monitor. have.

In the issuing photo studio 222, the issuing photo studio PC 228 reads out the film data D15 from the issuing photo studio server 231, which is called a photographic image printing machine (hereinafter, is referred to as a issuing photo studio photo image printing machine). Send to 100b.

The issuing photo studio photo image printing machine 100b generates photo image data and index data for printing on the basis of the converted photo image data of the film data D15 and the corresponding photo image header data, and based on the converted photo image data. A photographic image is faithfully reproduced in accordance with the printing conditions specified by the transfer requester and the reception side photo shop 221 based on the photo image header data, thereby producing a print photo shop and an index print on the printing paper.

In the issuing photo studio 222, the print photo studio and index print are distributed when the photo studio recipient comes to the photo studio or sent to the recipient's address.

Thus, in the photo image commerce system 220, the print studio and index print can be easily transmitted to an acquaintance far from where the send requester is located instead of being sent to the sender.

On the other hand, in the receptionist photo shop 221, when a user (sales requester) who wants to sell the photographic image requests the sale of the photographic image, the receptionist photo shop photographic image printing machine 100a is configured to display the APS negative film ( APS film) is used to generate film data D15 and also to generate index data D16 from film data D15. The reception photo studio PC 227 stores the film data D15 and the index data D16 in the reception photo studio server 229 and sells the photographic image through the Internet 225 based on the index data D16. Advertise

With this connection configuration, in the reception photo studio 221, the index data D16 used for the advertisement of the photographic image is generated in advance when a sales request of the print photo studio is received from the sales requester, and is stored in the reception photo studio server 229. If there is, the reception side photo shop PC 227 reads out corresponding index data D16 from the reception side photo shop server 229 so that the photo image is sold on the Internet 225.

That is, a PC of a user (called a purchase requester) that the receptionist photo shop PC 227 wants to purchase photographic images through the issuing photo shop service provider 224, the Internet 225, and the receptionist photo shop service provider 223 ( Upon receiving the read request for index data D16 from 232, the receptionist photo shop PC 227 reads out the corresponding index data D16 from the receptionist studio server 229 and reads out the corresponding index data D16 in response to the read request. D16) is transmitted to the purchase requester's PC 232 via the contact side photo shop service provider 223, the Internet 225, and the issuer photo shop service provider 224.

Thereby, the purchase requester's PC 232 displays the index image on the monitor screen based on the received index data D16, and selects and designates a desired image from the photographic images sold.

When the purchase requester selects and specifies the desired picture image from the index image displayed on the monitor screen, the purchase requester's PC 232 generates notification data (EM3) for the e-mail displaying the selected picture image and publicly displays it. It transmits to the issuing photo shop PC 228 via a communication network, and notifies the issuing photo shop 222 of the purchase request of the print photo shop.

In the issuing photo studio 222, upon receiving a request for purchase of the photographic image, the receiving photo studio PC 228 receives the receiving photo studio via the issuing photo studio service provider 224, the Internet 225, and the receiving photo studio service provider 223. The corresponding film data D15 is read out from the reception side photo shop PC 227 of 221, and the film data D15 read out to the issuing photo shop photo image printing machine 100b is transferred. Then, the issuing photo shop photographic image printing machine 100b generates a print photograph shop of the photographic image desired by the purchase requester based on the film data D15.

Therefore, in the issuing photo shop 222, the photo image that the purchase requester intends to purchase is made into a print photo shop, and when the purchase requester comes to the photo shop, the print photo shop is issued or sent to the requester's address. As a result, in the issuing photo studio 222, the index print can be generated in addition to the print photo studio and issued to the purchase requester.

Therefore, in the photo image commerce system 220, a photo image by a sales requester such as a photographer may be sold to a remote buyer (purchase requester).

In addition to this configuration, in the photographic image commerce system 220, when the film data D15 is transmitted to the reception side photo shop 221, the reception side photo shop PC 227 is a credit card of the transfer requester, the sales requester and the purchase requester. The billing information including the number, the bank account number of the reception side photo shop 221 and the price of the transmission or sale of the print photo shop is generated and the information is attached to the film data D15 for transmission.

For example, when the film data D15 is transmitted, the receptionist photo shop service provider 223 retrieves the billing information from the film data D15 and sends the billing information as the billing data D20 via the Internet 225. Send to agency 226.

Accordingly, the bank agent 226 performs charging processing for the transmission of the print photo shop or the sale of the photo image based on the billing data D25 supplied from the reception photo shop service provider 223. As a result of the billing process, the bank agent 226 is the transfer requester, the sales requester, the purchase requester, the receptionist photo shop 221, the issuer photo shop 222, the receptionist photo shop service provider 223, and the issuer photo shop service provider 224. By electronically transferring the amount from one account to another for the transaction between the two), the financial relationship to the sale of the photographic image or the transmission of the print photo studio is resolved and the electronic transaction of the photo image or the print photo studio can be completed.

By such a connection configuration, when the photographic image commerce system 220 requests the transmission of a print photo shop, for example, the transmission fee of the print photo shop and the index print is paid from the account of the transfer requester to the account of the reception photo shop 221. The printing fee of the print photo shop is paid to the account of the issuing photo shop 222, and the service fee is paid to each account of the receiving photo shop service provider 223 and the issuing photo shop service provider 224.

In the photo image commerce system 220, when there is a request for the sale of the photographic image, the printing fee of the print photo shop is paid to the account of the issuing photo shop 221, and the sales amount of the print photo shop is paid to the account of the sales requester. In addition, a part of the sales amount is a fee for the print photo shop and the index print, which is paid from the account of the sales requester to the account of the reception photo shop 221, and the service fee of the reception photo shop service provider 223 and the grant photo shop service provider 224. It is paid to each account.

The PC of the requesting sender and the sales requester receives the index data D16 from the receiving photographic studio PC 227 through the receiving photographic studio service provider 223 and displays the image on the monitor screen of the PC 230 based on the index data D16. By displaying the data, the user can visually check the transferred print photo studio and the photographic image sold.

In the issuing photo studio 222, the issuing photo studio PC 228 periodically reads the index data D16 from the receiving photo studio PC 227 and sends it to the PC 232 of the purchase requester to purchase various photographic images. Can be introduced to the requestor.

Further, in the issuing photo studio 222, the issuing photo studio PC 228 reads out the index data D16 from the receiving photo studio PC 227 and reads out the data D16 indexed to the receiving photo studio server 231. Save it. In addition, the PC 228 of the issuing photo shop periodically reads the index data D16 from the issuing photo shop server 231 and provides it to the PC of the sales requester 232 to provide the purchase requester with various photographic images. We can introduce.

(4) First embodiment

In FIG. 25, reference numeral 250 denotes a photographic image commerce system according to a first embodiment of the present invention. The reception photo studio 251 and the issuing photo studio 252 are connected to a communication network consisting of the reception photo studio service provider 253 and the issuing photo studio service provider 254 as well as the Internet. It is connected.

The reception side photo studio 251 includes a reception side photo studio photo image printing machine 100a, the reception side photo studio PC 257, and the reception side photo studio server 258. In addition, the grant side photo studio 252 includes the issue photo studio photo image printing machine 100b, the issue photo studio PC 260, and the issue photo studio server 261.

When the reception side photograph shop 251 requests the print photograph shop transfer, the reception side photograph shop PC 257 is activated and converted into the converted photo image data, similar to the reception side photograph shop 221 of the photographic image commerce system 220 of FIG. The configured film data D15, photo image header data including printing conditions, and film header data are transmitted.

When the reception side photograph shop 251 requests the transfer of the print photograph shop, and the photographic image to be transmitted and the untransmitted photographic image are specified among the photographic images of the APS negative film 1a, the reception side photo studio PC 257 is the reception side. The film data D15 supplied from the photo studio photographic image printing machine 100a is subjected to a scrambling process to prevent the photographic image from being transmitted in an inaccurate state (a faint printing state, which is called a scrambled state) or the whole of the photographic image. Film data for transmission by performing a masting process (this is called a mask state, such that a picture image to be transferred is changed to another picture image or overlaps with another picture and only the upper part is displayed) to prevent the blank transmission of an area. (D30) is generated. Instead of the scrambling process, encryption process may be applied.

The reception photo studio PC 257 stores the film data D30 for transmission in the reception photo studio server 258 and the film data D30 for transmission on the reception photo studio service provider 253, the Internet 255, and the granting side. The photo studio service provider 254 transmits the photo studio PC 260 to the granting studio.

When the issuing photo studio PC 260 receives the film data D30 for transmission from the reception side photo studio PC 257, the issuing photo studio PC 260 sends the film data D30 for transmission to the issuing photo studio server 261. It stores and sends the film data D30 for transmission to the grant side photo studio photographic image printing machine 100b.

Thereby, the granting photo studio photographic image printing machine 100b is specified in the photographing-side photographing studio in accordance with the photographic image header data of the transmitting film data D30 based on the photographic image data converted from the transmitting film data D30. Print photographic images on printing paper faithfully to the printing conditions.

Therefore, in the issuing photo shop 252, the index print shows only the transfer picture image specified by the transfer requester, the remaining picture image that has not been transmitted becomes a scrambled or masked state, and the print photo shop prints only the picture image to be transmitted. These are distributed to photo studio recipients.

On the other hand, when the print photo studio is transmitted from the reception photo studio 251, payment information of the photo studio including the transaction account number of the photo studio 252 and the printing fee of the photo image are supplied from the photo studio 252. do. Receiving photo studio payment information, including the transfer requester's credit card number, the receiving photo studio transaction account number, the receiving photo studio service provider's transaction account number, the issuing photo studio service provider's transaction account number and print photo studio The billing information is generated by attaching the number of transmissions and the fee according to the type. This charging information is stored in the film data D30 for transmission and transmitted to the reception studio service provider 253.

When the transfer film data D30 is transmitted from the reception side photo shop 251, the reception side photo shop service provider 253 retrieves the charging information from the transfer film data D30 and converts the charge information into the billing data D33. The bank 255 transmits the data through the Internet 255.

Thereby, the bank agent 256 performs the billing processing based on the billing data D33 supplied from the receptionist photo shop service provider 253, and executes the electronic payment processing for the transmission of the print shop based on the billing processing result. End electronic transaction for print studio transfer.

In fact, in the reception-side photo studio photographic image printing machine 100a of FIG. 26, the photographic image of the ASP negative film 1a is photographed by the RAM 122 in the frame number order by the photographic image scanner 265 configured as an optical device. Optically read by 169 and its driver / controller, and the generated photoelectron signal S1 is sent to the image data processor 161a.

At this time, the system controller 140a controls the magnetic reproduction circuit 146a to control the frame number data reproduced from the user camera use area 6 and the laboratory use area 7 (FIG. 2) of the ASP negative film 1a. D6) and the initial data D5 to the image data processor 161a, as well as by the magnetic head of the user data 128a from the user camera use area 6 (FIG. 2) of the ASP negative film 1a. The data D4 is reproduced and the reproduced data D4 is transmitted to the image data processor 161a.

The system controller 140a generates the laboratory data D14 based on the printing condition and the user data D4 set by the print operator of the transfer requester or the reception side photo shop 251 and generates the laboratory data D14 into an image data processor ( 161a).

In this connection configuration, the system controller 140a controls the laboratory data D14 and is transmitted to the magnetic head 130a of the laboratory data through the magnetic recording / reproducing circuit 180a and by the magnetic head 130a of the laboratory data. By storing in the laboratory use area 7 of the ASP negative film 1a, the history of the printing conditions in the ASP negative film 1a can be stored as the laboratory data D14.

When the ASP negative film 1a is used for reprinting the print photo studio, since the laboratory data D14 is already stored in the laboratory use area 7, the system controller 140a stores the laboratory data D14 as the laboratory data. The magnetic head 130a controls the data to be reproduced by the laboratory data D14 by the magnetic recording / reproducing circuit 180a and transmitted to the image data processor 161a.

In addition, the system controller 140a controls the remote controller 162 (FIG. 14) to select a picture image to be transmitted and a picture image not to be transmitted among the ASP negative film 1a, and scrambling or By receiving the selection designation data D34 specifying the masking process, the system controller 140a transmits the selection designation data D34 input to the image data processor 161a.

The system controller 140a receives the transmission data D35 including the reception side photo shop ID or the reception side photo shop service provider ID from a predetermined circuit (not shown) of the reception side photo shop PC 257, and the image data processor Transfer to 161a.

Thereby, the image data processor 161a generates the converted photo image data of the photo image exposed to the ASP negative film 1a based on the photoelectric signal S1 from the photo image scanner 265, and the user data ( On the basis of D4), frame number data (D6), laboratory data (D14), and selection designation data (D34) corresponding to the converted photo image data, photo image header data including printing conditions is generated to generate photo image header data. Append to the corresponding converted photographic image data.

In this manner, the image data processor 161a generates the converted photo image data and the photo image header data according to all the photo images of the ASP negative film 1a. Thereafter, the image data processor 161a generates film header data including charging information based on the initial data D5 and the transmission data D35, and converts the image header data including the converted photo image data and photo image header data. By attaching it to the head, this film data D15 is transmitted to the scrambling / masking processor 266 of the reception side photo studio PC 257. FIG.

In such a configuration, the image data processor 161a transmits the film header data and / or the photo image header data to the system controller 140a, and the system controller 140a controls the magnetic recording / reproducing circuit 180a to make laboratory data. The film header data and / or the photographic image header data are recorded by the magnetic head 130a of the laboratory use area 7 of the ASP negative film 1a. Therefore, the transfer history of the film data D15 can be stored in the ASP negative film 1a.

Here, in the reception side photograph shop PC 257, the selection designation data D34 supplied from the system controller 140a of the reception side photograph shop photograph image printing machine 100b is received by the control data generator 267.

When the scrambling processing is specified for the photographic image that is not transmitted according to the selection designation data D34, the control data generator 267 reads the predetermined key data D36 from the key data generator 268 and reads out the predetermined key data D36. Based on the key data D36, scrambled data D37 for use in the scrambling process is generated, and the scrambled data D37 is transmitted to the scrambling / masking processor 266.

When masking processing is specified for the photographic image not transmitted according to the selection specifying data D34, the control data generator 267 scrambling / masking the masking control data D38 stored in advance for use in the masking processing. 266).

Thereby, the scrambling / masking processor 266 is based on the corresponding scrambled data D37 or masking control data D38 supplied from the control data generator, and thereby the image data processor 161a of the receptionist photo studio photographic image printing machine 100a. The scrambling / masking process is performed only on the converted photographic image data of the photographic image which is not transmitted among the converted photographic image data of the film data D15 supplied from the.

The scrambling / masking processor 266 stores information indicating whether the scrambling processing or masking processing is performed on the converted photographic image data corresponding to all the photographic image header data, thereby converting the converted photographic image to which the scrambling or masking process has been performed. The transfer film data D30 composed of the data and the converted photo image data of the transferred image image is stored in the reception side photo studio server 258 via the key data inserter 269.

The reception photo studio server 258 reads the transfer film data D30 under the control of the reception photo studio PC 257 and transmits the transfer film data D30 to the reception photo studio service provider 253.

Accordingly, the receptionist photo shop service provider 253 transmits the film data D15 supplied by the receptionist photo shop server 258 via the transmission device 270, the communication satellite 271 and the reception device 272 to the issue side photo shop service. Send to provider 254.

The granting photo shop service provider 254 sends the received transfer film data D30 to the granting photo shop server 261 (FIG. 25) of the granting photo shop 252. The granting photo studio server 261 stores the film data for transmission D30 supplied from the granting photo shop service provider 254, and transmits the stored transport film data D30 to the granting photo studio PC 260.

The issuing photo studio PC 260 transfers the transfer film data D30 read out from the issuing photo studio server 261 via the key data processor 273 and the descrambling processor 274 to the issuing photo studio photo image printing machine 100b. ) To the video data processor 161a.

Therefore, the image data processor 161a faithfully generates a print photographic image for the photographic image faithfully to the printing condition designated at the reception side photo shop, and print condition based on the transfer film data D30 under the control of the system controller 140a. Data D40 and index image data D41 are generated, and print photo image data, print condition data D40, and index image data D41 for the photo image are sent to the printer 103b.

Thus, the printer 103b generates a print photo shop for the photographic image to be transmitted and generates an index print 278. Here, the transmitted clear photographic image 275 and the unscrambled and / or masked photographic images 276 and 277 are printed as indexes as shown in FIG. 27.

In addition, in the photo image commerce system 250, the remote controller 162 at the time of generating the film data D15, as well as the scrambled transmission data D42 indicating the transmission of the transmitted photographic image subjected to the scrambling process, the selection data D34. ), The system controller 140a of the reception side photo studio photographic image printing machine 100a receives the selection designation data D34 and the scramble transmission data D42 from the image data processor 161a of the reception side photo studio PC 257. And control data generator 267.

The image data processor 161a generates photographic image data converted according to the photoelectric signal S1 supplied from the photographic image scanner 265, and includes user data D4, frame number data D6, laboratory data D14, Photo image header data is generated according to the selection designation data D34 and the scramble transmission data D42 corresponding to the converted photo image data, and attached to the corresponding converted photo image data.

In this manner, the image data processor 161a generates the converted photo image data and the photo image header data according to all the photo images of the ASP negative film 1a. Then, the image data processor 161a attaches the film header data to the head of the converted photographic image data and photographic image header data, and attaches the film data D15 to the scrambling / masking processor 266 of the reception studio PC 257. Send to

The system controller 140a reads out the key data D43 used for the scrambling process for the transmitted photographic image from the key data generator 268 of the reception photograph studio PC 257.

The system controller 140a associates the key data D43 with the frame number of the picture image to be transmitted and transmits the key data D43 together with the laboratory data D14 through the magnetic recording / reproducing circuit 180a to the magnetic head of the laboratory data. The magnetic head 130a of the laboratory data records the key data D43 and the laboratory data D14 in the laboratory use area 7 of the ASP negative film 1a. Therefore, the system controller 140a stores the key data D43 for use in the transmission of the transmitted photographic image as well as the history of the transmission of the photographic image transmitted to the laboratory use area 7 of the ASP negative film 1a. .

On the other hand, the control data generator 267 of the reception side photo shop PC 257 is based on the selection designation data D34 supplied from the system controller 140a of the reception side photo shop photo image printing machine 100a in the same manner. Generate scrambling control data or masking control data and send them to the scrambling / masking processor 266.

The control data generator 267 reads the key data D43 from the key data generator 268 based on the scramble transmission data D42 supplied from the system controller 140a, and based on the read key data D43. The scramble control signal D44 for the transmitted picture image is generated to supply the key data D43 from the key data generator 268 to the key data inserter 269 as well as to the scrambling / masking processor 266. Send (D44).

Thereby, the scrambling / masking processor 266 transmits among the converted photographic images of the film data D15 supplied from the image data processor 161a according to the corresponding scramble control data D37 or masking control data D38. A scrambling / masking process is performed on the converted photographic image data of the photographic image which is not displayed.

The scrambling / masking processor 266 performs scrambling processing on the converted photographic image of the photographed image transmitted among the converted photographic images of the film data D15 according to the scramble control data D44 and thus obtained film data for transmission. (D45) is transmitted to the key data inserter 269.

The key data inserter 269 uses the key data generator 268 in the photo image header data attached to the converted photo image data for the transferred photo image among the photo image header data obtained based on the transfer film data D45. The supplied key data D43 is stored, and the transfer film data D46 is transmitted to the reception side photo studio server 258. The reception film studio server 258 stores the film data D46 for transmission.

Therefore, the transfer film data D46 stored in the reception side photo studio server 258 is read out from the reception side photo studio server 258 by the control of the reception side photo studio PC 257, and the reception side photo studio service provider 253, The transmission device 270, the communication satellite 271, the receiving device 272 and the issuing photo studio service provider 254 are stored in the issuing photo studio server 261, the transfer film data (D46) is stored in the issuing photo studio Under the control of the PC 260, it is read from the issuing photo studio server 261 and supplied to the key data extractor 273.

The key data extractor 273 is photographic image header data attached to the converted photographic image data for the photographic image transmitted from among photographic image header data included in the transfer film data D46 supplied from the issuing photo studio server 261. The key data D43 is extracted from the key data, and is transmitted to the control data generator 279 and the transfer film data D46 is transmitted to the descrambling processor 274.

The control data generator 279 generates the descramble control data D47 based on the key data D43 supplied from the key data extractor 273 to restore the original photographic image from the transmitted scrambled photographic image. And transmit it to the descrambling processor 274.

The descrambling processor 274 converts the photographic image data contained in the transfer film data D46 supplied from the key data extractor 273 according to the descrambling control data D47 supplied from the control data generator 279. The descrambling process is performed on the converted photographic image data of the photographic image transmitted from the photographic image, and the transfer film data D45 is transferred to the image data processor 161b of the issuing photo studio photographic image printing machine 100b.

Therefore, the image data processor 161b controls the print photo image data D39, the print condition data D40, and the index image data of each photographic image based on the transfer film data D42 under the control of the system controller 140b. D41), and these are sent to the printer 103b so that the printer 130b prints a print photo shop and an index print for the transferred picture image as shown in FIG.

In this way, in the photographic image commerce 250, the converted photographic image data for all the photographic images transmitted are scrambling so that the print studio can be transmitted with high stability.

When the converted photographic image data of all the transmitted photographic images is scrambling, the transmission fee increases because more processing is performed on the converted photographic images than the transmission without the scrambling processing.

When the selected transmission data for selecting to transmit only the photographic image to be transmitted is input through the remote controller 162, the system controller 140a of the receptionist photo studio photographic image printing machine 100a controls and selects the image data processor 161a. According to the transmission data, the film data D15 is generated by selectively using only the converted photographic image data of the transferred photographic image among all the converted photographic image data of the ASP negative film 1a.

By this, when the film data D15 is transmitted from the issuing photo studio 252, the issuing photo studio photo image printing machine 100b generates a print photo studio for the photographic image to be transmitted, so that only the photographic image transmitted is A printed index print 280 may be generated.

In the reception photo studio 251, when the film data D15 including only the converted photographic image data for the transmitted photographic image is transmitted, the amount of the transferred data is converted into the photographic image data for the non-transmitted photographic image. Compared to the case where the film data (D15) including the is transmitted with the converted photographic image data for the transmitted photographic image, the transmission fee of the print shop can be reduced by a reduced amount of the transmission data.

On the other hand, the image data processor 161a of the reception-side photo studio photographic image printing machine 100a attaches the corresponding photographic image header data D51 to the header portion of the converted photographic image data D50, and also photographic image header data. The film data D15 is generated by attaching the film header data D52 to the head of the serial data composed of the converted photographic image data D50 having D51.

Here, the film header data D52 is constituted by a synchronous data storage area 281 and a film header information storage area 282 that store the sync data of the film data D15.

The film header information storage area 282 is information that the requestor or receptionist photo shop 251 selects among various billing information related to film information, photo shop information, customer (transfer requester) information, bank information, transmission information, or service provider information. Can be stored.

In this configuration, the film information consists of the number of recordable images of the APS film, the number of photographic images transferred, the film ID of the APS film, the manufacturer's name of the APS film, and the ISO speed. The photo studio information is composed of IDs assigned to the reception photo studio 251 and / or the issue photo studio 252. The customer information is composed of a transmission requester ID (for example, the APS camera ID of the transmission requester), the email address and Internet homepage (URL) of the transmission requester, the email address of the recipient of the photograph and the Internet homepage (URL).

The bank information includes the credit card number or credit card bank account number of the transfer requester, the credit card number or credit card bank account number of the photographer's recipient, the bank account of the receptionist photo studio 251, the photo studio service provider 253 and the issuing party. A bank account of the photo shop service provider 254, a transfer fee according to the number and type of transfer of the transfer shops, and a service charge at the issue photo shop 252 according to the transfer of the print shop. The photo studio information includes information on whether or not to decorate the print studio and whether or not there is a copy limit of the print studio.

Further, the transmission data is composed of information on whether scrambling or masking processing is performed on the converted photographic image data in the film data D15. The provider information is composed of IDs assigned to the receptionist photo shop service provider 253 and the issuer photo shop service provider 254.

On the other hand, the photographic image header data D51 is a synchronous data storage area 283 for storing synchronous data of the corresponding converted photographic image data D50, control data belonging to the converted photographic image data D50, such as printing conditions. A unique control data storage area 284 for storing unique control data (284), and an additional control data storage area 285 for storing new control data (called additional control data) for processing the converted photographic image data D50. ).

Indeed, the unique control data area 284 allows the sender or receptionist photo shop 251 to display various types of information, i.e., frame number, shooting date and time, stop value, shutter speed, exposure compensation, and strobe flash. Information selected from among print information such as the focal length of the lens, the printing type / printing number / decoration information, and the presence or absence of an intermediate replacement of the film container as the unique control data.

The additional control data storage area 285 is used for the scrambling of the requestor or reception side photo shop 251 for various information, namely, the converted photographic image data D50 and key data D43 useful for scrambling to improve stability. Alternatively, by storing the information on whether or not the masking process has been performed as the process control data, it is possible to confirm which processing-converted photographic image data D50 has been performed by the reception photo studio and the issue photo studio.

In such a configuration, the additional control data storage area 285 displays, for example, a pasting position when the photographic image based on the corresponding converted photographic image data D50 is pasted on the Internet homepage. HTML data (tags) can be stored.

In the photographic image commerce system 250, the film data D45 for transmission can be transmitted to the PC of the photographer of the studio, so that the corresponding photographic image can be directly linked to the homepage of the photographer of the studio by the HTML data.

On the other hand, in the reception photo studio 251, the transfer requester and / or the reception photo studio 251 arbitrarily selects various kinds of information stored in the photo header data D51 and the film header data D52 of the film data D15. By selecting, by reducing the amount of information stored in the film header data D52 and the photographic image header data D51, the amount of information of the transferred film data D15 can be reduced and the transmission fee of the print photo studio can be made cheap.

In the reception photo studio 251, the unique control data composed of various kinds of information arbitrarily selected is stored in the photographic image header data D51 together with the synchronization data, but the additional control data is not stored. As a result, the data amount of the film data D15 is further reduced, so that the shipping cost of the printed photograph can be set to a significantly cheaper value.

In the first embodiment of the present invention, the reception photo studio 251 and the delivery photo studio 252 may store the film data D45 and D46 for shipment in the reception photo studio server 258 and the delivery tube server 261, respectively. Afterwards, the film data D45 and D46 for shipment are freely read in accordance with the request from the user who requests the shipment or the recipient of the photo studio, the read film data is transferred to the designated customer, the electronic settlement process is executed, and the commerce is terminated. .

The reception photo studio 251 and the delivery photo studio 252 are used to dispatch the requesting user and the photographic recipient or the photographic viewer using the photographic studio, the usefulness of printing, the tendency of the selection of the film maker, the hobby of the requesting user and the photographic recipient, the birthday and the marriage. A list of various types of information including the history using the memorial is stored in the receiving pipe server 258 and the delivery pipe server 261 together with the shipping film data D45 and D46. The use of various services, such as the introduction of various kinds of information, events, or introduction of new products, and the provision of fees for their use may be developed for the requesting users and the recipients of the photographs.

In the above configuration, the reception tube photographic image printing machine 100A of the receiving photograph tube 251 in the photographic image commerce system 250 generates photographic image data D50 converted from each photographic image of the APS negative film 1A, Photographic image header data D51 having the unique control data generated based on the user data D4 and the frame data recorded on the APS negative film 1A, and the printing state set by the sending requesting user or the reception photo shop 251. The film data is generated by attaching the film header data D52 to the data series obtained by attaching the video header data D51 corresponding to the converted photo image data D50.

In addition, in the reception studio 251, the reception studio personal computer 257 scrambling and / or masking the film data D15 generated by the reception studio photographic image printer 100A as necessary. The processing is carried out, and the film data for shipment (D45 or D46) thus obtained is transferred to the destination delivery photo shop 252 via the receiving shop side service provider 253, the Internet 255, and the delivery shop side service provider 254. send.

In the delivery photo studio 252, the delivery shop personal computer 260 performs a descrambling process on the shipping film data D45 or D46 as necessary, and converts the converted photo image data D50 and the obtained film data. On the basis of the unique control data included in (D15), a print photograph shop and an index printer 278 or 280 on which a photograph image to be sent by the delivery shop photograph image printer 100B is printed are calculated, and the print photograph shop and index printer Send the request to the recipient (photo studio recipient) designated by the user.

In this photographic image commerce system 250, when the print photograph studio is sent from the receiving photograph shop 251 to the delivery photograph shop 252 in accordance with the request of the dispatch requesting user, the shipping fee of the print photograph shop is calculated, and the electronic settlement process is performed. The electronic commerce which executes based on the calculated shipping fee and sends a print photograph is finished.

Therefore, in this photographic image commerce system 250, only the sending request user requests sending to the print photograph shop of the reception photograph shop 251. FIG. Thereafter, the photographic image to be sent is converted into digital data (converted photographic image data D50) and transmitted directly from the reception photograph shop 251 via the Internet 255. Therefore, the dispatch process of the print studio can be significantly simplified without the need to reprint the print studio for sending or delivering the reprint studio to the postal company.

In the photographic image commerce system 250, a print studio for a photographic image to be sent is transmitted through the Internet 255, whereby the print studio is sent to the recipient (photographer recipient) in a shorter time than when the print studio is sent to the user's address. Can be shipped.

Further, in the photographic image commerce system 250, the photographic image based on the converted photographic image data D50 displays the printing state (or operating state) in the corresponding photographic image header data D51 of the delivery photograph shop 252. It is printed on printing paper according to the unique control data included.

Therefore, even when the photographic image to be sent is converted into digital data and transmitted to the destination, the print photograph tube can be faithfully reproduced in the printing state limited to the receiving photograph tube 251 side.

In the photographic image commerce system 250, the shipping fee taken as a request for sending a print photograph shop is integratedly paid by electronic payment. Therefore, electronic payment is a result of several separate payments from other sites, such as the payment for the reprint fee of the print studio at the photo studio required to send the print photo and the payment of the print studio at the postal company. The problem can be solved and the payment for shipping costs can be significantly simplified.

According to the above configuration, in the reception photo studio 251, the converted photographic image data D50 is produced for the photographic image to be sent out, and the photographic image header data having the unique control data including the printing state of the photographic image is Produced. Thereafter, the film data (D51) composed of the converted photo image data (D50) and photo image header data is transmitted to the delivery photo studio 252 through a network, and the print photo is printed on the basis of the unique control data. Deliver liver to recipient. At this time, the shipping fee is electronically charged by the bank agent 256. As a result, even when the photographic image is transmitted to the recipient in the form of digital data, the print photograph studio is faithfully reproduced and delivered to the customer according to the unique control data in accordance with the printing state designated by the sending side, so that the photographic image commerce system is printed photograph studio. Can be sent in advance and promptly as the sender intended.

(5) Second Embodiment

30 illustrates a photographic image commerce system 300 according to a second embodiment of the present invention, in which corresponding parts are designated by the same reference numerals as in FIG. 25. The photographic image commerce system 300 according to the second embodiment is a photographic image commerce according to the first embodiment except for the configuration of the receiving store photographic image printing machine 302 and the receiving store personal computer 303 of the receiving photograph shop 301. It is configured in the same manner as system 250.

In the reception photo studio 301, the reception shop photo image printing machine 302 is designated by the requesting user through frame number data, frame decoration data (processing information) and a remote controller (not shown) in accordance with the print photograph sending request. Receives the message data (text information) of the picture image, and transmits the input processing instruction data (D55) to the receiving store personal computer 303 together with the film data (D15),

The receiving store personal computer 303 synthesizes the corresponding converted photographic image data of the film data D15 and frame decoration data and / or message data based on the processing instruction data D55 provided from the receiving store photographic image printing machine 302. Run the process. The processed film data D56 thus obtained is stored in the receiving store server 258 and transmitted to the delivery photo studio 252 via the receiving store side service provider 253, the Internet 255, and the delivery store side service provider 254. do.

In the delivery photo studio 252, the delivery shop personal computer 260 receives the processing film data D56 from the reception photo studio 301. The received processed film data D56 is stored in the delivery shop server 261 and delivered to the delivery shop photographic image printing machine 100B.

Thereby, the delivery shop photographic image printing machine 100B has a photographic image store 307 and a photographic image having a photographic image 305 and a predetermined frame decoration 306 printed on printing paper based on the processing film data D56. An index print (not shown) having a print photograph shop 310 having a 308 and a predetermined message 309 printed on a printing sheet and a photographic image with a frame decoration or an attached message is calculated.

Therefore, the delivery photo shop 252 transmits the print photo shop having the frame image or the composite image of the message and the index print displaying the frame image or the composite image of the message to the photo studio recipient designated by the requesting user.

In addition to the above configuration, in the case of the photographic image commerce system 300, the employee requests the dispatch requesting user whether or not an advertisement is inserted into the print photograph studio to be sent to the reception photograph studio 301. If the user agrees to insert the advertisement, the photo image designation data D57 representing the photo image into which the advertisement is inserted is input to the receiving store photo image printer 302 through the remote controller.

In the reception photo shop 301, the reception shop photographic image printing machine 302 produces film data D15 and receives the produced film data D15 together with the photographic image designation data D57. Send it out.

Although the reception studio 301 maintains advertisement data for a company (hereinafter referred to as a propaganda requesting company) whose propagation contract is terminated, such as a reception service provider 253, etc.,

The receiving store personal computer 303, which provides the film data D15 and the photographic image specifying data D57 from the receiving store photographic image printing machine 302, converts the advertisement data into the film data D15 based on the photographic image specifying data D57. A synthesis process for compositing with the corresponding converted photographic image data. The advertisement insertion film data D58 thus obtained is stored in the reception store server 258 and transmitted to the delivery photo shop 252 via the reception store side server provider 253 and the delivery store side service provider 254.

In the delivery photo studio 252, the delivery shop personal computer 261 receives the advertisement insertion film data D58 from the reception photo studio 301. The received processed film data D58 is stored in the delivery shop server 261 and delivered to the delivery shop photographic image printer 100B.

Thereby, the delivery shop photographic image printing machine 100B is based on the print photograph tube 313 having the photographic image 311 synthesized with the predetermined advertisement image 312 and the advertisement insertion film data D58, such as advertisement text of printing paper. An index print (not shown) for displaying a commercial image and a synthesized photographic image in a very small size is calculated.

Therefore, the delivery photo shop 252 can deliver the print photo shop to be sent, the print photo shop into which the advertisement phrase is inserted, and the index print designated by the dispatch request user of the reception photo shop 301 to the photo shop receiving user designated by the dispatch request user.

Here, the reception photo shop 301 requests a shipping fee or a processing fee for transmitting the film data D15 when a frame decoration or a message is applied to a printed picture, and the reason is that the frame decoration data or message is required. This is because the synthesizing process of synthesizing the data with the film data D15 must be carried out incidentally.

On the contrary, if an advertisement is inserted into the print studio with the consent of the requesting user, the receiving photo shop 301 can set the shipping fee at a low price by reducing the shipping fee of the print studio as the advertising fee, because the product advertisement of the advertisement request company This is because the print shop that the requesting user sends out affects the recipient of the shop.

And the reception photo shop 301 allows the user to select a large amount of advertisements inserted in the print photo shop for delivery to the requesting user. Therefore, if a large amount of advertisements inserted in the print shop are rather important, the shipping fee can be significantly reduced (or free of charge).

Therefore, in the reception photo shop 301, if there is a request from the requesting user for synthesizing the delivery photo studio with frame decoration or a message, the price or shipping fee is relatively high, and the insertion of the advertisement is made with the consent of the requesting user. The print studio may be sent at a specially reduced price since the advertisement is inserted in the printed photo.

Fig. 31 shows a circuit configuration of a receiving store photographic image printer and a receiving store personal computer, in which corresponding parts are denoted by the same reference numerals as in Figs. 26 and 31.

In Fig. 31, the processing instruction data D55 and the photographic image instruction data D57 are input via a remote controller (not shown), and the system controller 315 of the reception tube photographic image device 302 receives input processing instruction data ( D55 is sent to the processed image generator 316 of the receiving store personal computer 303, and the photographic image designation data D57 is sent to the advertisement image generator 317 of the receiving store personal computer 303.

When processing instruction data D55 is passed from the system controller 315,

The processed image generator 316 generates the processed image data D60 of the frame decoration and / or the message based on the message data obtained from the frame decoration data and / or the processing instruction data D55, and the processing instruction data D55. The processed image data D60 generated together is sent to the processed image data synthesizer 318.

The processed image data synthesizer 318 processes the processing instruction data among the corresponding processed image data D60 and the converted photographic image data of the film data D15 provided from the image data processor 161A of the received photographic photographic image printer 302. The process film data D56 thus obtained is synthesized with the converted photographic image data having the frame data instructed according to (D55), and sent to the advertisement image data synthesizer 319.

On the other hand, the advertisement image generator 317 preliminarily maintains the advertisement data D61 of the text or image representing the advertisement contents. Given the photographic image designation data D57 from the system controller 315, the advertisement image generator 317 generates the advertisement image data D62 based on the advertisement data D61, and the photographic image instruction data D57. The generated advertisement image data D62 is transmitted to the advertisement image data synthesizer 319.

The advertisement image data synthesizer 319 is designated and converted from the advertisement image data D62 based on the photo image designation data D57 among the converted photo image data of the process film data D56 provided from the process image data synthesizer 318. The synthesized picture image data is synthesized, and the advertisement insertion film data D58 is sent to the scrambling / masking processor 266.

In this regard, if the processing instruction data D55 is not input to the system controller 315 of the receiving store photographic image printing machine 302, the advertisement image data D62 is transmitted to the image data processor of the receiving store photographic image printing machine 302. 302 is combined with the film data D15 provided through the processed image data synthesizer 318, and the obtained advertisement insertion film data D58 is sent to the scramble / masking processor 266.

Also, if the processing instruction data D55 is not input to the system controller 315 of the reception store photographic image printer 302, the advertisement image data synthesizer 319 is the processed film data D56 provided from the processed image data synthesizer 318. ) Is sent to the scrambling / masking processor 366.

When the processing film data D56 or the advertisement insertion film data D58 is obtained from the output end of the advertisement image data synthesizer 319, the receiving shop personal computer 303 processes the processing film data of the scrambling / masking processor 266 as necessary. (D56) or the scrambling / masking process for the advertisement insertion film data (D58) is executed, and the scrambled or masked processing film data (D56) or advertisement insertion film data (D58) as described above is received from the key data inserter (269). It transmits to the receiving shop service provider 253 (FIG. 30) via the store server 258. FIG.

As a result, in the delivery photo shop 252 (FIG. 30), the delivery shop personal computer 260 receives the reception photo shop through the reception shop side service provider 253, the Internet 255, and the delivery observation service provider 254. The processing film data D56 or the advertisement insertion film data D58 transmitted from 301 is received. The received processing film data D56 and the advertisement insertion film data D58 are sent to the delivery shop server 261, and also to the delivery shop photographic image printing machine 100B.

As described above, in the delivery photo studio 252, the delivery shop photographic image printing machine 100B is frame-decorated 325 synthesized to the photographic image 324 based on the processing film data D56 as shown in Figs. 32A to 32C. And print photo shops 332 and 333 having the messages 330 and 331 synthesized in the print photo shop 327 having the message 326 and the picture images 328 and 329. Thereafter, the delivery photo shop 252 can deliver the calculated print photo shop to the photo shop recipient.

Further, in the delivery photo shop 100B, the delivery shop photographic image printing machine 100B is an advertisement character synthesized on the lower side of the photographic image 324 based on the advertisement insertion film data D58 as shown in Figs. 33A to 33C. A print photograph tube 336 having a string 335, a frame synthesized in a print photograph tube 338 and a photograph image 339 having some advertisement character strings synthesized in a blank area of a print sheet made by transferring from a center of the print sheet to a photograph image. A print photograph shop 342 having a decoration 340 and an advertisement character 341 is calculated. Thereafter, the delivery photo shop 252 can deliver the calculated print photo shop to the photo shop recipient.

In the delivery photo studio 252, as shown in FIG. 34, the frame decoration data 325 and / or the message 326 synthesized based on the processing film data D56 or the advertisement insertion film data D58 are included. An index print 343 displaying a photo image 339 having a photo tube image 324 and a synthesized advertisement phrase 341 in the size of a nail is calculated. Thereafter, the delivery photo shop 252 may deliver the calculated index print 343 to the photo shop recipient.

The index print 343 can simultaneously display the scrambled photo tube image 344 and the mask image photo image 345 in addition to various kinds of photo images.

However, advertisements that can be inserted in print studios and index prints include the company name, product name, propaganda sphere of the propaganda request company, advertisement character strings such as the logo of the propaganda request company, propaganda pamphlets and advertisement propaganda for product promotion. do.

Then, in the receiving store personal computer 303 (FIG. 31), the advertisement image data synthesizer 319 converts the advertisement image data D62 of the advertisement brochure or the advertisement photo studio for the advertisement of the film data D15 or the processed film data. And inserts the obtained advertisement insertion film data D68.

In this way, in the delivery photo studio 252, when the advertisement insertion film data D68 is transmitted, the delivery shop photographic image printer 100B prints as shown in Figs. 32A to 33C based on the advertisement insertion film data D58. Calculate the picture. In addition, the delivery shop photographic image printing machine 100B displays the advertisement images 345 and 346 printed alone on the printing paper as shown in Figs. 35A and 35B based on the advertisement image data D62 of the advertisement insertion film data D58. Branches calculate the print photograph shops 347 and 348. The delivery photo shop 252 delivers the print photograph shops of the photographic images as well as the print photograph shops 347 and 348 of the advertisement images 345 and 346 to the photograph shop recipients.

Further, in the delivery photo studio 252, the delivery shop photographic image printing machine 100B uses the photographic images 324 and 339 and the advertisement image 345 based on the advertisement insertion film data D68 as shown in Figs. 36 and 37. And index prints 349 and 350 representing 346 in the size of the nail. The delivery photo shop 252 delivers these index prints to the photo shop recipients. In these index prints 349 and 350, the advertisement images 345 and 346 may be printed after the photographic image or in place of the photographic image that will not be sent.

In addition, the receiving store personal computer 303 (FIG. 31) causes the advertisement image data synthesizer 319 to insert the advertisement image data D69 for index printing into the film data D15 or the processed film data D56, The obtained advertisement insertion film data D70 is sent out.

In the delivery photo studio 252, when the advertisement insertion film data D70 is transmitted, the advertisement images 345 and 346 as well as the photographic images 324 and 346 based on the advertisement insertion film data D70 as shown in FIG. 339, an index print 352 for displaying the advertisement character string 351 in the size of a nail is calculated. The delivery photo shop 252 may deliver the index print 352 to the photo shop recipient.

In this regard, the user data printed on the photo studio included in the user data reproduced from the camera of the user using the area 6 (Fig. 2) of the APS negative 1A using the magnetic header 128A and the magnetic reproduction circuit 146A. If there is any title and / or message to be made, the system controller 315 (FIG. 31) of the receiving store photographic image printer 302 calculates and obtains the processing instruction data D64 and / or the message from the corresponding frame number data. The processing instruction data D64 is sent to the processing image generator 316.

In this way, the processed image generator 316 calculates the processed image data D65 based on the processed instruction data D64 and sends the processed image data to the processed image data synthesizer 318.

Accordingly, the processed image data synthesizer 318 prints a title or message set through an APS camera (not shown) which takes a photographic image by combining the processed image data D65 with the photographic image data of the corresponding film data D15. You can print on pictures.

The system controller 315 (FIG. 31) of the reception store photographic image printing machine 302 uses the frame included in the processing instruction data 180A based on the frame number data included in the processing instruction data D55 input through the remote controller. The decorative data D66 and / or the message data D67 are sent to the laboratory data magnetic head 130A through the magnetic recording / reproducing circuit 180A. Thereafter, the laboratory data magnetic head 130A records the frame decoration D66 and / or the message data D67 in the laboratory using the area 7 of the APS negative 1A.

As a result, it is possible to preserve the history of the synthesis process of synthesizing the picture image and frame decoration and / or message specified in the APS voice 1A.

In addition, the system controller 315 reads the advertisement data D61 from the advertisement image generator 317 based on the photographic image specifying data D57 input via the remote controller, and self-reads the read advertisement data D61. The data is sent to the laboratory magnetic head 130A via the recording and reproducing circuit 180A, and then the advertisement data D61 is recorded in the laboratory using the area 7 of the APS negative 1A. As a result, it is possible to save the history of the synthesis process for composing the advertising video with the photographic video specified in the APS negative 1A.

FIG. 39 shows the data format of the film according to the second embodiment of the present invention, where corresponding parts are designated by the same reference numerals in FIGS. 29 and 39. In FIG. 39, the film data D15 stores attachment control data of photo image header data D51 corresponding to photo image data D50 in which frame decoration data and / or message data and advertisement data D61 are respectively converted. To be rewritten to area 353.

Therefore, the processed image data synthesizer 318 (FIG. 31) executes a synthesis process on the processed image data D60 to perform photo image header data corresponding to the converted photo image data synthesized with the processed image data D60. By storing the frame decoration data and / or message data obtained on the basis of the processing instruction data in the attached control data storage area 353 of D51) to synthesize the processing image data D60 and the converted photo image data. You can preserve the history.

The advertisement image data synthesizer 319 performs a synthesis process on the advertisement image data D62 and receives the advertisement data D61 from the advertisement image generator 317. Thereafter, the advertisement image data synthesizer 319 stores the advertisement data in the attached control data storage area 353 of the advertisement image header data D51 corresponding to the converted photo image data synthesized with the advertisement image data D62. By doing so, it is possible to preserve the history of the synthesizing process for synthesizing the advertisement video data and the converted photo image data.

In this way, in the delivery photo studio 252 (FIG. 30), when the processing film data D56 and the advertisement insertion film data D58 are received, the attached control data of the photo image header data D51 or the advertisement data D61 is received. The frame decoration data and the message data stored in the storage area 353 are compared with the advertisements actually synthesized with the frame decoration and the message or the print studio and the index print, thereby transferring the process film data D56 and the advertisement insertion film data D58. You can check whether print studios and index prints and the actual composite frame decorations and messages or advertisements are indiscriminately violated.

According to the above configuration, in the photo image commerce system 300, if an advertisement is inserted with the consent of the requesting user to send a print photo studio to the reception photo studio 301, the receiving store of the reception photo studio 301 The personal computer 303 executes a synthesis process of synthesizing the converted photographic image data D50 of the film data provided from the receiving store photographic image printing machine 302 and the advertisement image data, and receives the obtained advertisement insertion film data from the receiving store service. The data is transmitted to the delivery photo studio 252 through the provider 253, the Internet 255, and the delivery shop service provider 254.

In the delivery photo shop 252, the delivery shop personal computer 260 receives the advertisement insertion film data D58 from the reception photo shop 301, and transmits the received advertisement insertion film data D58 to the delivery shop photographic image printing machine ( 100B). Thereby, an index print having a printed photographic studio synthesized with a photographic image and an advertisement image and a photographic image synthesized with an advertisement image is generated based on the advertisement inserting film data D58 and transmitted to the photographic studio recipient designated by the requesting user.

Therefore, in the photo image commerce system 300, since the advertisement of the propaganda advertisement company is made public in the print studio requesting the transmission from the requesting user, the shipping fee of the print studio is reduced, so that the requesting user can transmit the print photo studio. You can easily ask.

In the photographic image commerce system 300, in the reception photograph shop 301, when the requesting user sends out a print photograph shop by combining a visual image and a frame decoration or a message, the photographic picture data specified in the film data D15 is specified. The frame ornament or message corresponding to is synthesized with the photographic image. Thereafter, the processed film data D56 thus obtained is transmitted to the delivery photo studio 252. In the delivery photo studio 252, a print photograph studio in which photographic images and frame decorations or messages are synthesized on the basis of index prints having processing film data D56 and photographic images synthesized with frame decorations or messages is calculated and sent to the photographic studio recipients. Delivered.

Therefore, the print studio that the requesting user delivers to the photo studio recipient is also effective for notifying the current moving situation or the children's birthday or for congratulating the photo studio recipient and using it as an invitation. It is available enough.

In the photographic image commerce system 300, when a print studio combined with a frame decoration or a message is transmitted, the shipping fee is increased due to the synthesis processing fee as compared with when the print studio is transmitted without processing. However, if advertisement insertion is also required for photographic image processing, the shipping cost of the print studio is less than when the print studio is transmitted without being processed, so that the print studio can be effectively used easily.

According to the above configuration, the receiving store personal computer 303 synthesizes the converted image image data D50 of the advertisement image data D62 and the film data D15 calculated by the receiving store photo image printing machine 302, and The obtained advertisement insertion film data D58 is sent to the delivery photo studio 252 via a network. In the delivery photo studio 252, a print photo studio in which the photographic image and the advertisement image are synthesized based on the advertisement insertion film data D58 is calculated and delivered to the photographic studio recipient designated by the dispatch requesting user. As a result, in addition to the effect obtained in the first embodiment of the present invention, since the shipping fee of the print photograph shop is reduced, an easy-to-use photographic image commerce system can be realized.

(6) Third embodiment

40 shows a photographic image commerce system 360 according to a third embodiment of the invention, the corresponding part of which is denoted by the same reference numerals in FIGS. 30 and 40. In the photographic image commerce system 360 according to the third embodiment of the present invention, a purchase request user personal computer (hereinafter referred to as a user personal computer) 361 is connected to the Internet 255 and a receiving store personal computer is received at the reception photo studio 362. Except for the configuration of the above, it is constructed in the same manner as the photographic image commerce system of the second embodiment of the invention.

In the reception photo shop 362, when a sales request user reaches into a film cartridge (not shown) containing an APS film (not shown) and requests the sale of a photographic image, the APS film is developed to calculate an APS negative 1A. do.

In the reception photo shop 362, the reception shop photographic image printing machine 302 calculates the converted photographic image data of the photographic image based on the APS negative 1A, and based on the user data reproduced from the APS negative 1A. Photographic image header data is calculated using inherent control data having specified printing conditions, and the film data is calculated by attaching the film header data to the converted photographic image data and the photographic image header data. The calculated film data D15 is then transferred to the receiving store personal computer 363.

With respect to the film data D15 provided from the receiving store photographic image printing machine 302, the receiving store personal computer 363 synthesizes the processed image data, synthesizes the advertisement image data as necessary, and performs scrambling and / or masking processing. In this way, the film data D75 to be sold is calculated, and the index data D76 is calculated based on the film data D75 to be calculated as described above. The calculated index data D76 is stored in the reception shop server 258 together with the film data D75 to be sold.

In the reception photo shop 362, the reception shop personal computer 363 indexes the photographic images 356 to 367 to be sold via the Internet 255 based on the index data D16 stored in the reception shop server 258. Publish the video.

That is, in the reception photo shop 362, when the reception shop personal computer 363 is accessed from the user personal computer 361 via the Internet 255 and the reception shop service provider 253, the reception shop personal computer 363 is provided. Reads the index data D16 from the receiving store server 258 and transmits the read index data D16 to the user personal computer 361 via the receiving store side service provider 253 and the Internet 255.

Thereby, the user personal computer 361 displays on the monitor the index images 365 to 367 representing the photographic images to be sold at nail size based on the index data D16 provided from the reception photo shop 362, so that the buyer indexes them. Allows you to select a picture from the picture.

Here, in order to sell photographic images, photographic images 365 to be sold in the form of printed photographs such as posters, seal printing, printing material form (hereinafter referred to as print selling form) and digital data form (hereinafter referred to as data selling form) 267).

Therefore, when the requesting user selects and notifies a type of sale by referring to the picture image to be purchased and the index image displayed on the monitor, the user personal computer 361 requests a request to purchase a printed picture from the picture image owned by the requesting user. The credit card number is selected and notified together with the result of the notification to the delivery photo studio 252 located near the user via the public line network 364.

In the delivery photo shop 260, upon receipt of the purchase request notification from the user personal computer 361, the delivery photo shop personal computer 260 sends a request to the receiving store personal computer 363 of the reception photo shop 362 according to the notification of the purchase request. Is approached.

Thereby, the reception shop personal computer 363 of the reception photo shop 362 reads out corresponding sales film data D76 from the reception shop server 258 according to the purchase request from the purchase request user, and the read sales film. From the converted photo image data of the data D76 and its corresponding photo image header data, the sales film data D77 having the converted photo image data of the photo images 365 to 367 designated for purchase are calculated, and then The sales film data D77 is transmitted to the delivery shop personal computer 260 of the delivery photo studio 252 via the reception shop side service provider 253, the Internet 255, and the delivery observation service provider 254.

In the delivery photo studio 252, when the print sale form is selected in accordance with the purchase request notification from the purchase request user, the selling film data D77 received by the delivery shop personal computer 260 is the delivery shop photo image printer. Is passed to 100B.

Thereby, in the delivery photo studio 252, the converted photographic image data of the selling film data D77 is based on the unique control data in the photographic image header data faithfully to the printing conditions specified at the receiving store side. By printing the photographic images 356 to 367 on the printing paper, the printed photograph, seal printing and / or poster are calculated and then transmitted to the purchase request user.

In the delivery photo studio 252, if the data selling mode is selected in accordance with the notification of the purchase request from the purchase request user, the selling film data D77 received by the delivery shop personal computer 260 is received by the purchase request user. Delivery store personal computer 260 via various networks such as public line network 364 and Internet 255 to be recorded on a designated recording medium (e.g., magnetic disk, magnetic tape or semiconductor memory) or delivered to a purchase request user. Is sent).

Thereby, when the purchase requesting user receives the selling film data D77 in the recording medium when the photographic image is purchased in the form of data selling, the selling film data D77 is converted to a corresponding playback device (e.g., for user's personal use). Computer, digital video camera, digital still camera, project, etc., to reproduce the recording medium. Therefore, the purchaser displays on the monitor the image data of the selling film data D77 reproduced with the configuration and image quality faithfully reproduced in accordance with the printing conditions specified at the receiving store side according to the unique control data in the photo image header data for fun. can do.

A purchase request user who receives film data D77, which is sold through a recording medium or via a communication network, into the user's personal computer 361, uses his / her homepage via the Internet or uses the user's personal computer 361. Photo images (365 to 367) obtained on the basis of the received film data (D77) received by various methods of use, which are never realized in the form of print sales such as a wallpaper (wall paper) for a disc screen displayed in the meantime. ) (With the configuration and image quality faithfully reproduced in accordance with the printing conditions specified on the receiving end) can be used efficiently.

Thus, in the reception photo shop 362, by providing the purchase requesting user with a printing form and data selling form for the photographic image, the photographic image can be purchased more easily, even when the photographic image is converted into digital data, the buyer The digital image can be reproduced faithfully in accordance with the printing conditions specified on the receiving photograph tube 362 side.

In this regard, in the case where it is specified to purchase the desired picture images 365 to 367 in the form of data sales, the user personal computer 361 is the personal computer of the reception photo studio 362 via the Internet 255. Although 363 can be accessed, since there is no interference of the delivery photo studio 252, the film data D77 sold directly from the reception photo studio 362 is received.

By the way, in the reception photo shop 362, regarding the request for purchasing the photo image, the delivery photo shop measurement information is for the credit card registration number or the delivery pipe 252 owned by the purchase request user. User personal computer, including some charges (recording fee of film data (D77) sold for print photo reproduction fee, recording medium, etc.) incurred at delivery photo studio 252 according to transaction account number and sales form of photographic image. Obtained in accordance with the notification of the purchase request provided directly from 361.

At the time of calculating the film data D77 for sale, the billing information in the reception photo shop 362 includes settlement information on the delivery shop side, a credit card registration number owned by the purchase requesting user, a transaction account number for the reception photo shop 362, It is generated by being attached to the receiving store side settlement information consisting of a photographic image number designated for purchase, a shipment form of the photographic image (with or without interference of the delivery photo studio 252), and a shipping fee according to the sales form. This billing information is transmitted together with the film data D77 to be sold.

When the film data D77 to be sold is sent out from the reception photo shop 362, the reception shop side service provider 252 retrieves the billing information from the film data D77 that sells the billing information and retrieves the billing information as the billing data D78. Send to bank representative 256 via 255.

The bank agent 256 executes the fee adding process by the fee data D78 provided from the receiving store side service provider 253. As a result of the charge processing, the bank agent 226 is a sales request user, a purchase request user, a reception photo shop 362, a delivery photo shop 252, a reception shop side service provider 253, and a delivery shop side service provider 254. By transferring the funds from one account to another for the transaction, the settlement of the sales of the photographic images and the end of the e-commerce for the sale of the photographic images.

As such, in the photo image commerce system 360, a purchase request user can selectively purchase a desired photo image from among a plurality of photo images to be sold, and electronically settle the purchase price of the photo image while handling a computer at home. can do. Therefore, everyone can easily participate in the commerce to purchase a picture image.

Fig. 41 shows a circuit configuration of the receiving shop personal computer, in which corresponding parts are denoted by the same reference numerals in Figs. At the time of requesting the sale of the photographic image, the receiving store personal computer 363 of the receiving photograph shop 362 is provided with the film data provided from the receiving store photographic image printing machine 302, the processed image data synthesizer 302, the advertisement image data synthesizer ( 319), through the scrambling / masking process 266 and the key data inserter 269 and, if necessary, through the synthesis process, the scrambling and / or masking process, and the insertion process of the key data D43 of the advertisement image data D62. The film data D75 thus obtained and sold is stored in the receiving store server 258.

Here, the film data D75 sold at the output end of the key data inserter 269 has a data format as shown in Fig. 42, and corresponding parts are denoted by the same reference numerals in Figs.

The bank information stored in the film header data D80 includes the number of times of sale, the type of sale, and the sale of the photographic image, instead of the shipping fee and the type of the bank information according to the number of times the print photo shop is sent as shown in FIG. 39 and described above. The distribution fee is included along the route (with or without interference of delivery photo studio 252 and delivery service provider 254).

Among the control data storage area 284 and the additional control data storage area 371 inherent in the picture image header data D81, the receiving store personal computer 363 is, for example, as shown in FIG. As the sales request user information, comments on the photographic image of its name, photographic history (history as a cameraman) or photographic place, sales price and sales information according to the sales form of the corresponding photographic image, payment terms of the selling price and file information. The data format (JIF, TIFF, JPEG, BMF, etc.) of the corresponding converted photographic image data D50 is stored in the additional control data storage area 371.

In this regard, the additional control data storage area 371 of the photo image header data D81 may store some information designated by the sales requesting user and / or the reception photo shop among the various types of information cited above.

The shipment film data D75 (FIG. 41) may be transferred from the key data inserter 369 to the sales data generator 373 as well as the receiving store server 258.

When the shipment film data D75 is provided from the key data inserter 269, the sales data generator 373 has at least the converted photographic image data D50 and photographic image header data D81 and the shipment film data ( On the basis of D75), index data D76 indicating a corresponding film ID, frame number, sales request user information, and sales information is calculated, and the calculated index data D76 is stored in the reception shop server 258.

Thereby, at the time of releasing the photographic image to be sold, the user requesting user who calls the index data together with the photographic image in the reception photograph shop 362 is provided to the unique control data and the index data D76 of the photographic image header data D81. Based on various kinds of information on purchase of photographic images as index images, it is possible to provide a configuration and image quality faithfully reproduced in accordance with the printing conditions specified on the receiving photograph shop 362 side. Therefore, the purchase request user can easily purchase a desired photographic image simply by selecting a film ID, a frame number, and a sales form to be displayed among various kinds of information.

At the time of selling the photographic image, the sales data generator 373 reads out the film data D75 sent from the receiving shop server 258 based on the film ID designated by the purchase request user, and the frame number specified by the purchase request user. Attached to the upper part of the data stream resulting from the corresponding converted photographic image data and photographic image header data selected from the converted photographic image data and photographic image header data of the shipment film data D75 when read out according to The film data D77 is stored in the reception shop server 258.

In this regard, when the purchase requesting user purchases a photographic image based on all the converted photographic image data of the selling film data D76, the sales data generator 373 is a selling product as the selling film data D77. The film data D75 is stored in the reception shop server 258.

Therefore, in the reception studio 362, the studio personal computer 363 reads the sales film data D77 from the photo studio server 258, and reads the read sales film data D77 in accordance with the sales format designated by the purchase request user. To a destination (purchase request user or user personal computer 361 of delivery photo studio 252). As a result, the photographic image can be distributed.

By the way, in the reception studio 362 (FIG. 40), index data D76 useful for publishing a photographic image to be sold is produced and stored in the reception studio server 256 every time the sales request user requests the sale of the photographic image. . Accordingly, the user personal computer 361 can always access the index data D76, and the buyer can select the desired photographic image from among the photographic images taken by the plurality of sales request users.

In the reception photo shop 362, when a photographic image to be sold is published based on index data through the Internet 255, the sales request user can sell a relatively high price among the photographic images to be sold by blurring a specific photographic image. The scrambling process is affected for the particular photographic image required.

In addition, in the reception studio 362, if the purchase request user pays a certain amount of price to view a specific scrambled photographic image, the key data D43 is transmitted from the reception studio personal computer to the user personal computer 361, so that the specific photographic image is received. This can be seen by performing a descramble process.

Thus, at the reception photo shop 362, the e-commerce can be concluded even at the time of publishing the photographic image to be sold.

When the receiving studio 362 requests a purchase request user to remove a border or message from a photographic image requested to purchase or to replace the border or message with another border or message, the border or message is sent to the sales request user. At the time when the photographic image to be sold is published, even if it is synthesized with the photographic image as desired, the photographic image which has been changed according to the request of the purchase requesting user is sold by changing the selling price in agreement with the requesting selling user.

Therefore, in the reception photo shop 362, the photographic image can be sold in a sales form that is easy to use not only for the sales request user but also for the purchase request user.

In this regard, in the reception photo shop 362, when the photographic image to be sold is published based on the index data via the Internet 255, even if the number of photographic images to be published or the publication fee according to the publication condition is included, When an advertisement is attached to an indexed image with the consent of the requesting user, the publication fee is set at a lower price or free of charge in accordance with the amount of advertisement attached.

In the reception photo shop 362, when a publication fee is charged for publishing a photographic image to be sold, a publication is periodically made through the banking agent 256 within the publication condition of the photographic image, or collectively at the end of the publication condition. There are three methods of setting the publication fee, and offsetting the selling price and the publication fee of the photographic image purchased by the requesting user, where the pricing method is affected in accordance with the method selected by the requesting user.

In the photographic image commerce 360 viewed in the above configuration, the reception studio 362 produces photographic image data converted from the photographic image of the APS negative film 1A, and at the request of the sales request user, the APS negative film 1A. To produce the unique control data based on the user data recorded in the < RTI ID = 0.0 >), and then convert the converted photographic image data, the unique control data and the index data (D76) to match the print state specified by the sales request user or the receiving photo shop 362. Produce sales subject film data (D75).

In the reception studio 362, the photographic image to be sold is published via the Internet 255 in an index data format based on the index data D76. If the purchase request user who selects the photographic image requested to purchase the index image is selected, the sales film data D77 is produced from the corresponding sales subject film data D75 in response to the selection, and the destination designated by the purchase request user. Is transmitted over the Internet 255.

In this photographic image commerce system 360, a sales fee corresponding to the number of photographic images to be sold to the purchase request user and the sales format is electronically set by the bank agent 256 to conclude the e-commerce.

Thus, in the photographic image commerce system 360, the photographic image to be sold is handled by adding to the converted photographic image data the unique control data including the printing state specified on the receiving photograph shop 362 side, and therefore purchase the photographic image. One user is permitted to use the photographic image with the image quality and composition of the image reproduced accurately in the printing state specified in the receiving photograph shop 362 based on the unique control data. As a result, even when the photographic image to be sold is converted into digital data, it is possible to sell the photographic image with the image quality and composition of the image reproduced correctly in the printing state specified by the seller.

With the above configuration, the reception studio 362 adds intrinsic control data having a printing state specified on the user data generated from the APS negative film 1A as photo image data in which the photo image in the APS negative film 1A is converted. Thereby selling the photographic image over the network, and the payout is electronically set by the banking agent 256 when the photographic image is purchased. Therefore, the digital data of the photographic image sold to the buyer can be accurately reproduced in the printing state specified on the seller side based on the unique control data. Thus, even if the photographic image to be sold is converted into digital data, it is possible to supply a photographic image commerce system which can easily sell the photographic image accurately reproduced in the printing state according to the intention of the seller.

(7) Fourth Embodiment

FIG. 43 illustrates a photographic image commerce system 400 according to a fourth embodiment of the present invention, and portions corresponding thereto are designated by the reference numerals of FIGS. 30 and 43. In the fourth embodiment of the present invention, the photographic image commerce system 400 is provided with the personal computer 401 of the requesting user of shipment and the personal computer 402 of the photographic recipient and the receiving photographic personal computer 404 of the receiving photographic studio 403. In the second embodiment of the present invention except for the configuration of the personal computer 406 of the delivery photo studio of the delivery photo studio 405.

In the reception studio 403, if the dispatch request user requests to send a print photo, the reception studio photo image printing machine 302 produces the film data D15 based on the APS negative film 1A. The film data D15 thus produced is transferred to the reception studio personal computer 404.

For film data D15 in the above data format shown in FIG. 39 provided from the reception photo studio photo image printing machine 302, the reception photo studio personal computer 404 synthesizes the processed image data and synthesizes the advertisement image data as required. Process to perform scrambling and masking to produce shipment film data D85 and send the shipment film data D85 obtained to the reception studio server 258 in which the shipment film data D85 is stored. The dispatch film data D85 is transmitted to the delivery photo studio 405 through the reception photo observation service provider 253, the Internet 255, and the delivery photo studio service provider 254.

In the delivery photo studio 405, the delivery photo studio personal computer 406 receives the shipment film data D85 from the reception photo studio 403, and transfers the received shipment film data D85 to the delivery photo studio photo image printing machine 100B. do. The delivery photo studio photographic image printing machine 100B prints on (412) of the photographic image 407, and (409) faithfully reproduced in the printing state specified for receiving photograph observation and index printing based on the sending film data D85. Produce photo studio 410. At print photo studio 410 412 and index prints are delivered to the photo studio recipient.

In this regard, the frame decoration 413 and the message 414 by a process of synthesizing the converted photographic image data of the film data D15 and the processing image data for index printing delivered to the print studios 407 to 409 and the photo studio recipients. ) Is combined with the corresponding photographic images 407 and 408. By the process of synthesizing the converted photo image data and the advertisement image data, the advertisement image 415 is synthesized with the corresponding photo image 409.

In addition, the corresponding photographic image is scrambled or masked (not shown) by the scrambling / masking process for the print photographic studios 407 to 409 and the converted photographic image data of the film data D15 for index printing.

The reception photo observation service provider 253 retrieves billing information consisting of the delivery photo observation determination information and the reception photo observation determination information included in the shipment film data D85 transmitted from the reception photo studio 403, and charges the data (D33). Invoice information retrieved by) is transmitted to the banking agent 256 via the Internet 255.

Thereby, the banking agent 256 performs a monetary accounting process based on the monetary accounting data D33. As a result of the monetary accounting process, the banking agent 256 establishes a transaction for the transaction between the requesting user, the receiving photo shop 403, the delivery photo shop 405, the receiving photo service provider 253, and the delivery service provider 254. The funds are transferred electrically from one account to another, thereby determining the account for the delivery of the print photograph and closing the e-commerce for delivery of the print photograph.

In addition to the above arrangement, in the case of the photographic image commerce system 400, the reception studio personal computer 404 of the reception studio 403, for example, conforms to that from the reception studio server 258 prior to sending the printed photograph. The shipment film data D85 is read, and the read shipment film data D85 is transmitted to the personal computer 401 of the shipment request user via the reception photo observation service provider 253 and the Internet 255.

The personal computer 401 of the shipment request user displays display data indicating shipment contents including printing conditions and shipping charges based on the shipment film data D85 provided from the reception photo studio 403 (hereinafter referred to as shipment contents display data). And send shipment indication data to the monitor 416 as shown in FIG. As a result, the shipment content display screen 417 based on the shipment content display data appears on the monitor 416.

Each photographic image 418 reproduced according to the printing conditions (design, composition and image quality, and additional processing conditions with border decoration, message, advertisement, etc.) of the print photo studio to be sent out on the present shipment contents display screen 417. Is concisely displayed as the shipment contents of the print photograph, and various information including printing conditions and shipping rates are selectably displayed in the form of various kinds of icons 419 provided on the shipment contents display screen 417.

Thereby, the personal computer 401 of the shipment request user causes the shipment request user to send out the shipment contents including the photographic images reproduced from the print studio on the shipment contents display screen 417, and the printing conditions of the photographic images. Allows you to check different conditions.

In fact, the personal computer 401 of the shipment request user receives the shipment film data D85 into the decoder circuit 421 through a predetermined interface 420 such as an external modem or a cable, and the shipment film data D85 is stored in the reception photo studio ( 403 (FIG. 43), as shown in FIG. 45, is transmitted via the reception photo service provider 253 and the Internet 255. FIG.

Subsequent processing in the decoder circuit 421 is executed by predetermined software under the control of the system controller 424 in which a display selection command is input by means of the keyboard 422 and the mouse 423, where the shipment contents display screen 417 is executed. The display contents of Fig. 44 are switched. For clarity, each functional block of software is shown separately below.

That is, in the decoder circuit 421, the dispatch film data D85 given through the interface 425 is captured by the film data separator 426.

The film data separator 421 separates the film header data D52 from the shipment film data D85, and separates the photo image data D50 and the photo image header data D51 which are continuously converted from the remaining data streams. Send the same to the header data separating unit 427, send the converted photo image data D50 to the photo image separating unit 428, and control the photo image header data D51 inherently. The data separator 429 and the additional control data separator 430 are sent.

Then, the header data separator 427 retrieves the bill information and the photo studio information therein from the film header data D52 given from the film data separator 426, and the bill information data D88 and the photo studio information data D89. It sends the same to the header image generator 431.

The header image generating unit 431 generates the billing icon data D90 for selecting the display of the bill information, and generates the photo shop icon data D91 for selecting the photo shop information, and converts the data into an image synthesis switching unit ( 432).

In addition, when display of the billing information is requested, the header image generating unit 431 may display such contents for displaying the contents of the billing information based on the billing information data D88 given from the header data separating unit 427. , To generate the bill information video data (D92) consisting of a symbol and a character string, and sends the same to the video composition switching unit 432. And when display of photo studio information is requested, the header image generating unit is a photo studio composed of such symbols and character strings for displaying the contents of the photo studio information based on the photo studio information data D89 given from the header data separating unit 427. The information image data D93 is generated and the same is sent to the image synthesis switching unit 432.

Also, the photo image separator 428 separates the processed image data and the advertisement image data synthesized from the converted photo image data from the converted photo image data D50 given by the film data separator 426, and processes the processed image data. And the advertisement image data are sent to the photo image generator 433 and the photo image synthesizer 434.

If display of an arbitrary photographic image having an observation angle according to the first to third print types is requested, the photographic image generating unit 433 is based on the converted photographic image data D50 given from the photographic image separating unit 428. To generate the first to third photographic image data D94 to D96 having an observation angle according to the first to third printing conditions corresponding thereto, and to the first to third photographic image data D94 to D96. The photo is sent to the image synthesizing unit 434.

Also, if a batch display of all printable photographic images is requested, the photographic image synthesizing unit 434 prints the first print based on the converted photographic image data D50 given from the photographic image separating unit 428. The batch photographic image data D97 having the observation angle according to the type and the lines representing the observation angles according to the second and third print types are synthesized, and the batch photo image data D97 is converted into the image composition switching unit 432. If a display of any photographic image having an observation angle according to the first to third print types is requested, the photographic image synthesizing unit 434 starts from the first corresponding to that given from the photographic image generating unit 433. The third photographic image data D94 to D96 are sent to the image composition switching unit 432.

In this regard, when the processing trimming display is requested, the photographic image synthesizing unit 434 associates the processed image data D98 of the decoration and / or message with the advertisement image data D99 of the advertisement corresponding to the batch image photographic image data. (D97) or the first to third picture image data (D94 to D96) together with the image composition switching unit 432 is transmitted.

In addition, the photographic image synthesizing unit 434 displays the display icon data D100 and the processing trimming display for selecting the display of the photographic image based on the batch photographic image data D97 and the first to third photographic image data D94 to D96. The selected process display icon data D101 is generated, and the display icon data D100 and the process display icon data D101 are sent to the image composition switching unit 432.

Meanwhile, the unique control data separator 429 separates the unique control data D102 from the photo image header data D51 given from the film data separator 426, and divides the unique control data D102 into the unique control image generator. Send to (D436).

Next, the unique control image generation unit D436 generates unique icon data D103 for selecting the display of the unique control data D102, and sends the icon data D103 to the image configuration switching unit 432. When the display of the unique control data D102 is requested, the unique control image generating unit 436 generates the unique control image data D104 including a character string based on the unique control data D102 and a symbol representing the content thereof. The unique control image data D109 is sent to the image composition switching unit 432.

In addition, the intrinsic control image generation unit 436 generates order icon data D105 for selecting information of the print type and the print volume (these are collectively called order information in the future), and forms the order icon data D105 in an image configuration. When it is sent to the switching unit 432 and the display of the order display is requested, the unique control image generating unit 436 generates the order information image data D106 composed of a character string and a symbol indicating the contents of the order display, and the order information image. The data D106 is sent to the image composition switching unit 432.

In addition, the additional control data separator 430 separates the additional control data D107 from the photo image header data D51 given from the film data separator 426, and adds the additional control data D107 to the additional control image generator. 437 and the process data generating unit 435.

The additional control image generating unit 437 generates additional icon data D108 for selecting the display of the additional control data D107, sends the additional icon data D108 to the image configuration switching unit 432, and if additional control When the display of data D107 is requested, the additional control image generator 437 is a character string, a symbol, and the like for displaying thereof based on the additional control data D107 given from the additional control data separator 430. And the additional control video data D109 to the video configuration switching unit 432.

If the display of the processing trimming is requested, the processing data generating unit 435 combines the frame decoration synthesized from the frame decoration data stored in the additional control data D107 and the corresponding converted photographic image data D50 based on the message data. And generate the processed image data D98 of the message, and convert the advertisement image data D99 of the advertisement of the advertisement synthesized into the corresponding converted image image data D50 based on the advertisement data stored in the additional control data D107. It generates and sends this data to the photographic image synthesizer 434.

Each time, an image selection command is input to the system controller 424, and the image configuration switching unit 432 controls the header image generation unit 431, the photo image synthesis unit 434, the unique control image generation unit 436, and the process control. Synthesized according to the display selection command which is each of the above-mentioned data given from the image generating unit 437, and sends the obtained configuration image data D111 to the image display circuit 438.

Thereby, the video display circuit 438 generates the shipment content display data D112 based on the configuration video data D111 given from the decoder circuit D112, and sends the shipment content display data D112 to the monitor 416. FIG. By this, the shipment status display screen 417 (FIG. 44) based on the shipment content display data D112 is displayed on the monitor 416 by this.

In this regard, in the receiving studio 403 (FIG. 43), in addition to the scrambling process for all the converted photographic image data D50, all the sending film data D85 may or may not be subjected to the scrambling process. By hiding them.

And when the sending film data D85 in which the scrambling process is performed in the reception photo studio 403 is sent to the personal computer 401 of the sending request user, the sending data D114 having the key data D113 is sent out in which the scrambling process is performed. It is sent to the personal computer 401 of the dispatch request user at the same time as or different from the film data D85, and in addition to the transmission data, the key data D113 is supplied to the dispatch request user.

Thus, when the scrambled shipment film data D85 is transmitted from the reception photo studio 403, the personal computer 401 (FIG. 45) of the shipment request user is sent to the film of the decoder circuit 421 via the interface 425. The data separating unit 426 captures the transmission data D114 transmitted simultaneously with or separately from the shipment film data D85, and sends the captured transmission data 421 to the key data extraction unit 439.

In addition, in the personal computer 401 of the sending request user, the sending request user who has received the key data D113 (for example, it is coded data) from the receiving photo studio 403 uses a key through the keyboard 435. The data D113 is input, and the input key data D113 is sent from the system controller 424 to the key data extraction unit 439.

The key data extractor 439 extracts the key data D113 (eg, it is coded data) from the transmission data D114 given from the film data extractor 426, but extracts the extracted key data D113 from the system. The header data separator 427, the studio image separator 428, the unique control data separator 429, and the additional control data are compared with the key data D113 given from the controller 424, and only when they match. Transmission to the separation unit 430.

Thereby, the header data separator 427, the photo studio image separator 428, the unique control data separator 429 and the additional control data separator 430 perform descramble processing based on the key data D113. Respective film header data D52, converted photographic image data D50, and unique control data D102 and additional control data D107 are respectively provided.

Further, even when only the photographic image data D50 converted in the reception photograph shop 403 is performed by the scrambling process, it is possible to cause the personal computer 401 of the dispatch request user to cancel the scrambling process in the same manner.

In this way, even if the sending film data D85 and the key data D113 are accidentally sent from the receiving photo studio 403, unauthorized access to the photographic image based on the sending film data D85 can be prevented and the sending request is made. The shipment content display screen 417 can be disclosed only to the user.

46. In fact, as shown in FIG. 46, in the shipment request contents display screen 417, the photographic image 418 of the print photo shop in which the shipment request is made is displayed on the thumbnail, and the display icon data D100 (FIG. 45, a picture image (H) display icon 419B, a picture image (P) display icon 419C, a picture image (C) display icon 419D, and unique icon data (419A) based on 45). Unique control data display icon 419E based on D103, additional control data display icon 419F based on additional icon data D108, processing trimming display icon 419G based on processing display icon data D101, and order icon data The sequence number display icon 419H based on (D105), the photo shop information display icon 419I based on the photo shop icon data D91, and the bill information display icon 419J based on the invoice icon data D90 are displayed.

Then, on the shipment contents display screen 417 displayed on the monitor 416 (FIG. 45), if the mouse cursor (not shown) moves over each icon as the mouse 423 (FIG. 45) operation and click operation are performed. The decoder circuit 421 then performs the above-described series of processing in accordance with the click operation, whereby the icon selected by the click changes to a display in which the icon corresponding to the icon is selected by color and the information corresponding to the icon is displayed. Switching.

That is, when the shipment contents display screen 417 (FIG. 46) is displayed on the monitor 416, if the photographic image display icon 419A is operated by the operation of the mouse 436 (FIG. 46), the decoder circuit 421 ) Are lines P1 and C1 representing angles of all photographic images 418 of the screen, that is, viewing angles according to the second and third printing conditions based on the arrangement photographic image data D97 corresponding thereto. The observation angle of the synthesized first printing type is changed.

In addition, as shown in Figs. 47 and 48, when the photographic image C display icon 419D is selected by the operation of the mouse 436 (Fig. 45), the decoder circuit 421 causes all the photographic images 445 of the screen to be displayed. The viewing angle of is changed to the viewing angle of the third printing condition based on the third photographic image data D96 corresponding to each.

In this regard, when the photographic image H display icon 419B is selected by the operation of the mouse 436, the decoder circuit 421 makes the first photographic image data D94 corresponding to each of the observation angles of all photographic images on the screen. Is changed to the viewing angle of the first printing condition based on (not shown), and the picture image P display icon 419C is selected, the decoder circuit 421 changes the viewing angles of all the picture images 446 on the screen. It changes to the observation angle of the 2nd printing conditions based on the 2nd photo image data D95 corresponding to each.

If the unique control data display icon 419E is selected by the operation of the mouse 436, the decoder circuit 421 bases on the unique control image data D104 whose contents (printing conditions, etc.) of the unique control data correspond to each other. To display on the unique control data display area 447 at the bottom of each photographic image 445 and 446. If the additional control data display icon 419F is selected, the decoder circuit 421 adds additional control data. The content (the content of the additional processing) is displayed on the additional control data display area 448 at the lower portion of each photographic image 445 and 446 based on the additional control video data D109.

Further, if the sequence number display icon 419H is selected by the operation of the mouse 436, the decoder circuit 421 determines that the contents of the order information (print type and print volume) are each photographed based on the order information image data D106. Display on the sequence number display area 449 at the lower portions of the images 445 and 446, and if the invoice information display icon 419J is selected, the decoder circuit 421 displays the invoice information image data D92. Based on the invoice information display area 450 at the bottom of each photographic image 445 and 446, the information is displayed as the bill information.

In addition, if the process trimming display icon 419G is selected by the operation of the mouse 436, the decoder circuit 421 then corresponds to the corresponding photographic image 446 in a superimposed manner at the viewing angle displayed. The frame decoration 451 and the message 452 based on the processed image data D98 are displayed on the screen, and the advertisement based on the advertisement image data D99 is displayed on the photographic image 446 in an overlapping manner.

Further, if the photo shop information display icon 419I is selected by the operation of the mouse 436, the decoder circuit 421 stores the photo shop information on the photo shop information display area 453 on the basis of the shop shop information image data D93. Make sure to mark

In fact, as soon as the decoder circuit 421 captures the shipment film data D85 transmitted from the reception photo studio 403 via the interface 425, display processing on the shipment display screen 417 shown in Fig. 49 from step SP1. The process proceeds to the process RT1, and in the next step SP2-SP5, the film header data D52, the converted photo image data D50, and the photo tube image header data D51 are sent to the film data D85. Separating the unique control data D102 and the additional control data D107 from the photo image header data D51 from the photo image header data D51, and then processing using the film header data D52, The processing using the converted photo image data D50, the processing using the unique control data D102, and the processing using the additional control data D107 are performed in parallel.

That is, as soon as the film header data D52 is separated from the dispatch film data D85 in step SP2, the decoder circuit 421 enters the next step SP6, where the billing information and the photo shop information are displayed in the film header data D52. If the billing information and the photo shop information are not stored in the film header data D52, the decoder circuit 421 goes to step SP7 to determine whether or not the information is stored in the film header data D52. The generation of the photo shop information image data D93 and the billing information image data D92 are canceled.

In addition, in this step SP6, if the billing information and the photo shop information are stored in the film header data D52, the decoder circuit 421 waits for the display request of the stored billing information and the photo shop information, and there may be such a display request. Until the entry of the step SP7 for the generation of the billing information image data D92 and the photo shop information image data D93 based on the billing information and the photo shop information is reserved.

In step SP6, if there is a display request for charging information and photo shop information, the decoder circuit 421 enters step SP8, and based on the billing information and photo shop information, the charging information video data D92 and the photo shop information video. Generates data D93 and enters step SP9.

Further, as soon as the separated picture image data D50 is separated from the dispatch film data D85 in step SP3, the decoder circuit 421 enters the next step SP10, and each converted picture image data D50 is entered. Determine whether a picture image based on the "

In step SP10, if a negative result is obtained, this is the converted photographic image data D50 on which the masking process has been performed and the scramble process is performed, but key data D113 for canceling the scramble process (descrambling process) is not provided. The non-converted photographic image data D50 is present, and the image of the photographic image based on the converted photographic image data D50 cannot be clearly seen or viewed at all. At this time, the decoder circuit 421 Only to the processing of the corresponding converted photographic image data D50, step SP7 is entered to cancel the display of their photographic images.

Also, in step SP10, if a positive result is obtained, this is the converted photographic image data D50 in which the scramble process has been performed but is not provided with the key data D113 for canceling the scramble process (descramble process). And the converted photo image data D50, and a photo image based on the converted photo image data D50 (hereinafter, referred to as photo image data which can be specifically displayed) may be displayed. At this time, the decoder circuit 421 separates the processed image data from the displayable image image data D50 and the advertisement image data synthesized therefrom, and then simultaneously enters steps SP11 and SP12, In step SP11, the process waits for a request for displaying a batch of photo images, and displays a display request for any of the photo images at an observation angle corresponding to the first to third print types. Being in Waits.

At this time, in step SP11, the decoder circuit S421 waits to know whether there is a request for arrangement display of the photo image, and until the arrangement display of the photo image is requested, based on the displayable photo image data D50. The entry of step SP7 for generation of the batch photographic image data D97 is reserved.

Then, in step SP11, if the batch display of the photographic image is requested, the decoder circuit 421 enters step SP13 to display the batch photographic image data D97 based on the displayable photographic image data D50. Generate, and enters step SP9.

Further, in step SP12, if display of any of the photographic images at the observation angles corresponding to the first to third printing types is requested, the decoder circuit 421 may display the displayable photographic image data D50. Based on the above, the first to third photographic image data D94-D96 are generated at an observation angle corresponding to the first to third printing types.

On the other hand, when a process relating to any of steps SP11 and SP12 is performed in this manner, the decoder circuit S421 waits until this processing framing indication is requested together with step SP14, and such indication The entry of the step SP7 for generating the processed image data D98 and the advertisement image data D99 until is requested.

If the processing framing indication is requested in step SP14, the decoder circuit 421 enters the next step SP15 and proceeds to the next step SP15, based on the frame decoration data and message data stored in the additional control data D107 (processed image data). D98) is generated, and the advertisement image data D99 is generated based on the advertisement data stored in the additional control data D107, and the flow advances to step SP9.

On the other hand, the decoder circuit 421 separates the unique control data D102 from the photo image header data D51 in step SP4, and then enters the next step SP16, where the order information is assigned to the unique control data ( It is determined whether or not D102 is stored in the unique control data D102, and if such order information is not stored, the decoder circuit 421 enters step SP7 to determine order information image data (for order information) ( D106) generation is canceled.

On the other hand, in step SP16, if the order information is stored in the unique control data D102, the decoder circuit 421 waits for a request for display of the unique control data D102 and a request for the order information. The entry of step SP7 for generation of the order information video data D102 and the unique control video data D104 until the display of these order information and the unique control data D102 is requested.

If the display request of the order information and the unique control data D102 is given in step SP16, the decoder circuit 421 enters the next step SP17, and is unique to the order information image data D106 based on the order information. The control data D102 is generated, and the flow advances to step SP9.

Further, the decoder circuit 421 separates the additional control data D107 from the photo image header data D51, and then determines whether the step additional processing information is stored in the additional control data D107, and if such processing information If is not stored, the decoder circuit 421 advances to step SP7 to cancel generation of the additional control video data D109.

On the other hand, in this step SP16, if the additional processing information is stored in the additional control data D107, the decoder circuit 421 waits for a request for display of the additional control data D107, and the additional control data ( The entry of step SP7 for generating additional control image data D109 is reserved until D107) is requested.

If the display of the additional control data D107 is requested in step SP16, the decoder circuit 421 enters the next step SP19, where the order information video data D106 and the additional control data D107 based on the order information are provided. Additional control video data D109 is generated based on the step S9.

As described above, the decoder circuit 421 includes a process using the film header data D52, a process using the converted photographic image data D50, a process using the unique control data D102, and additional control data ( The processing using D107) is performed together to generate respective kinds of image data, and the respective kinds of image data of the image data are synthesized to generate the synthesized image data D111.

In this regard, when the processing using the film header data D52, the processing using the converted photographic image data D50, the processing using the unique control data D102, and the additional control data D107 are performed together, In each corresponding process, the decoder circuit 421 includes charging icon data D90, photo shop icon data D91, display icon data D100, processing display icon data D101, and unique icon data D103. Then, additional icon data D108 and order icon data D105 are generated, and these icon data are added to the synthesized video data D111.

Thus, in this shipment request user personal computer 401 (FIG. 43), it is possible to create the printing conditions of the print studio which are actually sent on the shipment contents display screen 417 displayed on the monitor 416 for visual inspection. In addition, the shipping fee, printing conditions and shipping pattern of such a print studio can be inspected in advance.

Further, in this personal computer 401, when the dispatching user instructs to change the shipment contents as a result of checking the shipment contents of the print photograph shop on the shipment contents display screen 417, the reception photograph shop 403 makes the changes. By being notified of this, the shipment film data D85 can be changed in accordance with the change of the shipment contents.

In addition, since the contents of shipment of the shipment film data D85 may be changed as a result of the inspection of the contents of shipment in this manner in the reception photo studio 403, the shipment contents display screen 417 is not only used to inspect the contents of shipment. It can also be used for setting up the contents of the shipment, and when the contents of the shipment are set, the user of the shipment request can set the contents of delivery at home without having to go to the reception photo studio 403.

In addition, in this photo shop image commerce system 400 (FIG. 43), the display function of the shipment contents display screen 417 provided to the personal computer 401 owned by the dispatch request user is the personal computer 402 owned by the photo shop receiving user. And a reception shop personal computer 404 and a delivery shop personal computer 406.

Therefore, in the reception photo studio 403, when the dispatch requesting user visits the photo studio, the shipment contents display screen 417 is displayed on the monitor by the personal computer 404 of the reception shop, and therefore, this print process is sent out. This printing condition can be easily inspected from the contents of the shipment without actually being applied to the print studio that has been ordered by the requesting user, and even if a change occurs in the shipment as a result of the inspection, the processing can be easily performed at this spot. Therefore, this shipment can be reproduced and checked quickly and surely.

In addition, in this photo studio image commerce system 400, the personal computer 402 owned by the photo studio Sujin user and the personal computer 406 of the dispatch photo studio 405 are also displayed on the monitor. Therefore, the image, composition, video, etc. of the printed photo studio to be sent, the composition conditions of the frame decoration and the message or advertisement can be visually inspected in advance, and the printing conditions of the printed photo studio and the like. Can also be examined.

According to the photo studio image commerce system 400, in the photo studio receiving user and the sending photo studio 405, if permission from the requesting user is obtained when the contents of the printing photo studio are inspected in advance, the photo studio receiving user and the sending photo studio ( From 405, changes can be made to the contents of the shipment (changes in the print type and print volume of the photographic image, presence and modification of frame decorations and messages to be synthesized, etc.).

In addition, according to the photo studio image commerce system 400, if the personal computer 402 owned by the photo studio receiving user and the delivery photo studio personal computer 406 of the delivery photo studio 405 are displayed on the monitor. Is displayed, it can be checked whether the sent print studio is correct (tampered during transmission), and it is possible to make sure that the print studio is sent out.

In the above-described configuration, according to this photographic image commerce system 400, photographic image data converted into APS negative film 1A is generated in response to a request for shipment from the photographic photograph shop by the reception photograph shop 403, Unique control data based on printing conditions, etc. specified in the dispatch request user and / or the reception photo studio 403, and user data recorded in the APS negative film 1A, etc. are generated, and the shipment film having the converted photo image data and the unique control data. Data D85 is generated.

According to this reception photo studio 403, if necessary, the personal computer 404 is sent out on the monitor based on the sent film data D85 to examine the shipment contents via the shipment contents display screen 417. The content display screen 417 is displayed, and the shipping film data D85 is sent from the receiving shop personal computer 404 through the network to the personal computer 401 of the user who sent the request, the personal computer 402 of the user who receives the photo studio, and / Or to the personal computer 406 of the delivery photo studio 405, and thus the personal computer 401 of the dispatch requesting user, the personal computer 402 of the photo studio receiving user, and / or delivery based on the shipment film data D85. In the photo shop personal computer 406, the shipment contents display screen 417 is displayed on the monitor, and the shipment contents of the printed photograph studio are inspected through the shipment contents display screen 417. FIG.

Therefore, according to this photo studio image processing transaction system 400, before the print photograph is sent out, the print photograph studio can be reproduced with respect to the shipment contents display screen 417, and the received photograph studio does not actually print the print photograph. 403, the delivery photo shop 405, the dispatch requesting user, and the photo shop receiving user, respectively, are inspected, so that the contents of the printing photo shop can be inspected quickly and reliably.

In the above-described structure, the printing conditions specified on the receiving photograph tube 403 side to generate the sending film data D85 in the converted photograph image data of the APS negative photographic image from which the request for sending is made by the receiving photograph tube 403; The unique control data consisting of user data reproduced from the APS negative film 1A is added, and the contents of the printed photo studio to be sent are sent to the personal computer 401 of the requesting user, the personal computer 402 of the photo studio receiving user, and the personal receiving center. It is inspected on the shipment contents display screen 417 based on the shipment film data D85 displayed on the monitor 416 by the computer 404 or the delivery studio personal computer 406, and thus the shipment contents display screen 417. The print studio can be reproduced so that the contents of the shipment can be reproduced without printing the printed photo studio that is actually sent, in addition to the effects obtained through the first and second embodiments. The inspection can be performed quickly and reliably, and thus a photo image commerce system can be realized that makes it easier to send a print studio.

(8) Fifth Embodiment

50 shows a photographic commerce system 500 according to a fifth embodiment, wherein a node station 503 owned by a charge accounting dealer is owned by a data distribution dealer via a ground leased line 502. It is connected to the data distribution center 501, the photo studios 507,508 and the bank 509 are connected through the ground leased lines 504, 505, 506, and the user's house 512-514 is a ground leased line 511 such as a cable television line. Or to a node station 503 via a telephone line 510.

In the photographic image commerce system 500, the transmission data D150 transmitted from the data distribution center 501 through the satellite broadcasting antenna 515 facing the broadcasting satellite 516 is applied to each corresponding satellite broadcasting antenna ( 517-520 may be received by a photo studio 507, 508 and a satellite broadcast receiver described later located in the user's home 512-514.

In this data distribution center 501, at least two values worth of the program organization are performed by the organization station 530, and the obtained program organization list is obtained through the terrestrial leased line, the image production station 532, the music production station ( 533), to the distribution station 534.

The image generation station 532 generates image distribution data D151 from the distribution target image contents such as a program movie assigned based on the program organization list given from the organization station 530, and displays an audio-image age limit. Various kinds of information such as a parent code, a classification code, billing information, and copy restriction information are added to the generated image bonsai data D151 and transmitted to the organization station 530 through the dedicated line 531.

In addition, the music generation station 533 generates the music distribution data D152 from contents of music to be distributed, such as music performed by the musician for the assigned program based on the program organization list given from the organization station 530, Various kinds of information such as classification codes, billing information, and copy prohibition information are added to the music distribution data D152 thus generated and transmitted to the organization station 530 through the dedicated line 531.

In addition, the distribution station 534 stores various kinds of program data D153 composed of video data and audio data generated by a television station (not shown) in the server 535 connected thereto, and a program list if Is given from the organization station 530, the distribution station 534 reads out the designated program data 153 from the server 535 based on the program organization list and sends it to the organization station 530 via the dedicated line 531. send.

The organization station 530 generates program information data consisting of a program table for introducing the broadcast contents for each channel based on the program organization list, and if the image generation station 532, music generation station 533 and distribution station Given the image distribution data D151, the music distribution data D152 and the program data D153 from 534, the organization station 530 broadcasts the data from the program information data and the program data D153 for each channel. D154 is generated, and the generated two or more channel values of the broadcast distribution data D154 are transmitted to the data broadcasting station 536.

The data broadcasting station 536 is provided with broadcasting distribution data D154 (image distribution data D151, music distribution data D152, program data D153) given from the organization station 530 in the multiplexer 540 for each channel. Program information data D155).

The multiplexer 540 compresses and encodes the program information data D155, the program data D153, the music distribution data D152, and the image distribution data D151 of the broadcasting distribution data D154 given from the organization station 530. encoded, for example, by a MPEG (Moving Picture Experts Group) system, each to be a continuous packet for a given unit, time-division multiplexed (multiplexed) the packets thus obtained, and thus obtained The multiplexed data D157 is transmitted to a randomized circuit 541.

The randomization circuit 541 performs a randomization process on the multiplexed data D157 given from the multiplexer 540 to change the list of packet data constituting the multiplexed data D157 into a random one, and thus the randomized result. The converted data D158 is transmitted to the error correction additional circuit 542.

The error correcting circuit 542 generates error correction data from the randomized data D158 given from the randomization circuit 541, adds the error correction data to the randomized data D158, and obtains error correction. The additional data D159 is transmitted to the interleave circuit 543.

The interleave circuit 543 transmits the interleaved data D160 thus obtained to the modulation circuit 545 by performing an interleaving process on the error corrector data D159 given from the error corrector circuit 542.

Accordingly, the modulation circuit 545 modulates the interleaved data D160 given from the interleaving circuit 543 by, for example, Quadrature Phase Shift Keying (QPSK), and the obtained transmission data (D150). Is transmitted from the satellite broadcasting antenna 515 toward the broadcasting satellite 516 as an output of the data transmission station 534.

The transmission data D150 transmitted from the data distribution center 501 (FIG. 50) toward the broadcast satellite is received by the satellite broadcast receivers of the homes 512-514 via the satellite broadcast antennas 519 and 520.

As shown in FIG. 52, the satellite broadcasting receiver 550 includes a satellite broadcasting receiver 551 and a home server 552 that stores a plurality of hard disks, and transmits data transmitted through the broadcasting satellite 516. (D150) is received by the demodulation circuit 555 of the satellite broadcast receiver 551 through the satellite broadcast antennas 519 and 520.

The demodulation circuit 555 demodulates the transmission data D150 received through the satellite broadcasting antennas 519 and 520 by the QPSK system. Then, the obtained interleaved data D160 is transmitted to the deinterleave circuit 556.

The deinterleave circuit 556 processes the interleaved data D160 obtained from the demodulation circuit 555 in a deinterleave process, and transmits the obtained error correction additional data D159 to the error correction circuit 557.

The error correction circuit 557 separates the error correction additional data D159 obtained from the deinterleave circuit 556 from the error correction data, and the randomized data D158 is subjected to error correction processing based on this separated error correction data. To be processed. The randomized data 158 having the corrected error is then transmitted to the random circuit 558.

The random circuit 558 processes the randomized data D158 obtained from the error correction circuit 557 by random processing, so that the list of packet data constituting the randomized data D158 returns to the first list. The obtained multiplexed data D157 is transmitted to the demultiplexer 559.

The demultiplexer 559 separates the multiplexed data D157 obtained from the random circuit 558 into packet data of image distribution data D151, music distribution data D152, program data D153, and program information data D155. do. The separated packet data is successively processed by a corresponding demodulation process, and broadcast distribution data D154 composed of image distribution data D151, music distribution data D152, program data D153, and program information data D155. Is transmitted to the home server 552, and the home server 552 stores broadcast distribution data D154 corresponding to two or more transmitted from the data distribution center 501.

The home server 552 reads the program information data D153 of the broadcast distribution data D154 stored from each hard disk and transmits the program information data to the monitor 565 according to the user's operation. Therefore, a program table based on the program information data D155 is displayed on the monitor 565, and the user can select a desired program through the program list.

If the observation and listening of the desired program are selected and designated by the user according to the program table displayed on the monitor 565, the home server 552 reads the corresponding program data D153 from the internal hard disk and Since the program data D153 is transmitted to the monitor 565, the user can watch the desired program.

Also, if the purchase of the desired video content is designated by the user, according to the list of tables displayed on the monitor 565, the home server 552 reads the corresponding video distribution data D151 from the internal hard disk, Since the image distribution data D151 is transmitted to the monitor 565, the user can watch the desired video content.

In addition, the home server 552 is provided with a card slot 522A which is configured as an interface for an integrated circuit card and a memory card (not shown). And, if the purchase of the desired music contents is designated by the user on the monitor 565 based on the program table, and the card slot 522A is loaded by d ml on the IC card or the memory card, the home server 552 Reads the corresponding music distribution data D152 from the internal hard disk. Then, the music distribution data D152 is recorded in the IC card or the memory card through the card slot 522A.

Therefore, the user can listen to music contents using a portable music player (not shown) using an IC card or a memory card.

In addition, when the purchase of the video content and the music content is designated, the home server 552 collects the billing information added to the video distribution data D151 and the music distribution data D152 and assigns the ID (previously assigned to the user) to the user. The collected billing information together with the ID is transmitted to the node station 503 through the dedicated line 511 connected to the telephone line 510 or the home server 552 as the billing data D165.

The node station 503 (FIG. 50) performs charging processing based on the charging data obtained from the broadcast receiver 550 of the user, and the bank 509 with the user ID added to the charging data D165 with the result of the processing. To send.

Therefore, the bank 509 transfers the purchase price from the account of the user who purchased the video content and the music content to the transaction account of the data distribution center 501, for example, as a result of the billing process and the node station. The payment process is performed based on the user ID obtained from 503.

Thus, as such, the data distribution center 501 can distribute the image distribution data D151 and the music distribution data D152 together with the program data D155 to a plurality of users. If the video content and the music content are purchased according to the distribution, the data distribution center 501 may perform the payment process electronically, thereby establishing an electronic commercial transaction for the purchase of such contents.

In this connection, when this kind of video content and music content are distributed, the data distribution center 501 checks the service content for the user's camera by using the path of the satellite broadcast or the path of the ground-only line. Then, the operating system of the satellite broadcasting receiver 550 is updated.

In addition to this configuration, in the case of the photo image commercial transaction system 500, the photo studios 507 and 508 are connected to the satellite broadcasting receiver 550 shown in FIG. 52 and the dedicated line 504 shown in FIG. A personal computer 570 and a photographic image printing machine 571.

In such photo studios 507 and 508, if a film cartridge (not shown) in which the APS film is stored is requested to be printed by a user and a photographic image formed to be exposed on the APS film, the APS film is developed. Next, film data D15 is generated using the APS negative film obtained by the photographic image printing machine 571 having a function similar to that of the photographic image printing machine 302 of the receiving photographic tube shown in FIG.

In the photo studios 507 and 508, for example, they have a photographic image which is briefly displayed based on the film data D15 by a personal computer having a function similar to that of the reception photo studio personal computer 363 described in FIG. Order confirmation data D166 is generated. The billing information for the print request and the user ID for the print requester are added to the generated order confirmation data D166, and the continuous dedicated line 504, the node station 503 (FIG. 50) and the dedicated line (FIG. 50) are added. Is transmitted to distribution station 534 (FIG. 50).

The distribution station 534 (FIG. 50) stores in the server 535 a user ID that dominates the satellite broadcast receiver 550 and a unique ID (hereinafter referred to as receiver ID) previously assigned to the satellite broadcast receiver 550. These IDs correspond to each other. And if the order confirmation data D166 is provided from the photo studios 507 and 508, the distribution station brings the user ID added to the order confirmation data D166.

The distribution station 534 reads the receiver ID corresponding to the user ID from the server 535, adds the read receiver ID to the order confirmation data D166, and sends it to the organization station 530 through the dedicated line 531. Sending order confirmation data D167 is transmitted.

Therefore, the organization station 530 transmits the dispatch order confirmation data D167 provided from the distribution station 534 to the data transmission station 536 as part of the broadcast distribution data D154 obtained on two or more channels. . Therefore, it has transmission data D168 including the dispatch order confirmation data D167 transmitted from the data transmission station 536.

Here, in the satellite broadcasting receiver 550 (FIGS. 52 and 53), if the broadcast distribution data D154 is received, the data D157 multiplexed in the demultiplexer 559 of the satellite broadcasting receiver 551 is received. Is generated from the broadcast data D154, and if the data having the receiver ID is included, the receiver ID of the home 512-513 is detected. The receiver ID is allocated to the satellite broadcasting receiver 550. And as a result of this, the data having a receiver ID that matches its receiver ID added is selectively retrieved for storage in the home server 552.

Therefore, in the home of a user who requests photo studios 507 and 508 to print photographic images from homes 512-513, the transmission data D168 transmitted from the data distribution center 501 is the satellite broadcast receiver 551. Is received, the shipment order confirmation data D167 contained in the transmission data D168 is correctly recovered and stored in the home server 552.

Then, after that, the home server 552 reads out the shipment order confirmation data D167 from the internal hard disk in accordance with the user's operation shown in FIG. Since the shipment order confirmation data D167 is transmitted to the monitor 565, the print photo shop order confirmation screen 573 based on the shipment order confirmation data D167 displayed on the monitor 565 appears.

In this print photo shop order confirmation screen 573, each picture image 574 for which a print request is made is displayed concisely, and the print type 576 designated at the time of the picture taken using the APS camera (not shown) is the frame number. 575 is displayed on the lower right side of the photographic image 574, and a line 574A indicating the viewing angle of the designated printing type is displayed on the photographic image 574 in an overlapping manner.

In addition, in the print photograph shop order confirmation screen 573, a print condition display area 577 is provided on the lower side of each photograph image 574, and on the print condition display area 577, the print type, print quantity, print size. Various types of printing conditions are indicated, such as the presence of frame modifications and the presence of further processing of the message and the printing of the picture image specified in the picture taking time or print request time. Further, an inspection box 568 indicating that the checking of the printing conditions has been completed is provided on the lower right side of the print photo shop order confirmation screen 573.

If such a print studio order confirmation screen 573 is displayed on the monitor 565, and a predetermined operation command is input by the user, the home server 552 prints the print photo shop order confirmation screen 573 according to the operation command. The various printing conditions in the printing condition display area 577 on the () are changed, and the home server 552 has an inspection mark displayed on the inspection box 578 according to an operation by the user. After that, it is determined whether the checking of the printing conditions is completed.

Therefore, when the confirmation of the printing conditions is completed, the home server 552 generates the order confirmation completion data D169 from the print photograph shop order confirmation screen 573 together with the printing conditions that change as necessary, and prints the photograph shop images. An ID (also called a studio ID), which is pre-assigned to the photo studios 507 and 508 that requested the process, is added to the order confirmation completion data D169, and the data is added to the telephone line 510 or the dedicated line 511. The node station 503 transmits the data to the node station 503 through the network.

Here, if the order confirmation completion data D169 is provided from the home server 552, the node station (Fig. 50) reads the charging information, the user ID and the photo studio ID added to the order confirmation completion data D169, The billing information, the user ID and the photo studio ID read in the internal memory are stored. Thereafter, the order completion data D169 is transmitted to the distribution station 534 via the dedicated line 502.

The distribution station 534 is also owned by the studios 507 and 508 and stores the studio ID and receiver ID of the corresponding satellite broadcast receiver 550 in the server 535 together with the user ID and receiver ID described above. do. And if the order completion data D169 is provided from the node station 503, the distribution station 534 collects the photo shop ID added to the order confirmation completion data D169.

The distribution station 534 reads the receiver ID corresponding to the photo studio ID from the server 535, adds the read receiver ID to the order confirmation data D169, and dedicates the obtained transmission order confirmation data D170. Transmit via line 531 to operation station 530.

Therefore, the organization station 530 transmits the transmission order confirming data D170 provided from the distribution station 534 to the data transmission station 536 as part of the broadcast distribution data D154 obtained from two or more channels. And the transmission data (D171) including the transmission order confirmation completed data (D170) transmitted from the data transmission station (536).

In photo studios 507 and 508 (FIG. 53) requested to print photographic images by the user, if the transmission data D171 is transmitted from the data distribution center 501 by the satellite broadcasting receiver 551, the transmission data D171 The transmission order confirmation completion data (D170) included in the) can be reliably recovered as in the satellite broadcasting receiver (FIG. 52) as described above, and the recovered transmission order confirmation completion data (D170) is stored in the home server 552. Stored within.

Therefore, in the photo studios 507 and 508 (FIG. 53) requested by the user to print the photographic image, the transmission order confirming data D170 stored in the home server 552 is read by the personal computer 570, and the reading is performed. A print photograph shop order confirmation screen 573 (Fig. 54) based on the transferred transmission order confirmation completion data D170 is displayed on a monitor (not shown), and the printing condition of the photographic image is based on the print photograph shop order confirmation screen 573. Can be confirmed.

In the photo studios 507 and 508 (FIG. 53) requested by the user to print photographic images, the print photo studio and the index print are generated under the conditions identified on the print photo studio order confirmation screen 573, and The index printing is delivered to the user (print requester) by mail, for example, to prevent the printing photo studio from being generated under printing conditions different from those required by the user.

Also, at this time, in the photo studios 507 and 508, if the print photo studio and index print are delivered to the user, the identification data 172 for the billing information is dedicated.

Is sent to node station 503 via line 504.

The node station 503 (FIG. 50) reads the corresponding charging information, the user ID and the photo studio ID from the memory based on the identification data provided from the photo studios 507, 508, and charges based on the charging information, the user ID and the photo studio ID. The processing is performed, and the result obtained by the charging processing is transmitted to the bank 509 as the charging data D173 as the user ID and the photo studio ID.

Therefore, the bank 509 receives from the account of the user who made the request for the printing of the photographic image based on the billing data D173 provided from the node station 503 to the account of the photo shop that has received the request that the photographic image should be printed. The billing process is performed by passing the corresponding payment fee.

Therefore, in the photographic image commercial transaction system 500, once a user brings the APS film to the photo studios 507 and 508 to request the printing of the photographic images, the user does not visit the photo studios 507 and 508 without wishing. It is possible to receive the print photo studio generated according to the condition. And the electronic payment process for the printing, the electronic commercial transaction for the printing of the photographic image can be made.

In this connection, in the photographic image commercial transaction system 500, the request for printing the photographic image, the request for transmission of the photographic image, and the sale request for the photographic image are similar to those in the print request. 501 may be performed.

That is, in the photographic image commercial transaction system 500, even when the photographic image transmission request and the photographic image sales request are made, the user can stay in the home 512-514 and notify the photograph studios 507 and 508 of the transmission contents. You can check the sales details.

Photo studios 507 and 508, when asked to sell photographs by the user, generate index data for introducing the photographs and transfer them to the data distribution center 501 to the various persons through the data distribution center 501. Make the picture visible.

After confirming the contents of the received and sold photo, the studios 507 and 508 generate the film data transmitted / sold from the film data D15 using the personal computer 570 and transmit the data to the data distribution center 501. ) To the studios 507 and 508 close to the original sender or buyer. The photo studios 507 and 508 can then print photos and index prints from the received film data and send them by mail to the original sender or purchaser.

The data distribution center 501 (FIG. 50) compresses and encodes broadcast data D154 to be distributed. Thus, for example, center 501 transmits data D154 for several hundred channels using a frequency band of about 5 GHz which is reserved in advance in broadcast satellite 516.

Recently, however, in the data distribution center 501, the amount of transmission data obtained by compressing and encoding the same amount of the distribution data 154 is becoming smaller due to processing of techniques for compressing and encoding the data.

As a result, the hourly data rate (hereinafter, referred to as the actual data rate) required for transmitting the transmission data D150 from each channel is assigned to the hourly data rate (assigned data) assigned to the channel in the data distribution center 501. It becomes smaller than the baud rate. As a result, the assigned data rate of each channel has a surplus.

This is because, for example, the error correction method uses this surplus of the assigned data transfer rate generated in each channel for the allocation of error correction data generated by selectively using two other methods. Therefore, the noise resistance of the transmission data D150 from each channel on the satellite line is improved. Therefore, the surplus of the data rate of each channel can be effectively used.

Specifically, since the transmission data D150 is less affected by noise on a sunny day, the data distribution center 501 allocates error correction data having a low error correction function to an excess of the data transmission rate of each channel. . On the contrary, since the transmission data D150 is affected by noise on a bad day, the data distribution center 501 allocates error correction data having a high error correction function to an excess of the data transmission rate of each channel.

In some cases, however, when the data distribution center 501 assigns a low error correction function to this excess on a rainy day, the amount of error correction data is reduced in accordance with the decrease in the error correction function, so that the error correction data is described above. As mentioned above, even if allocated to the surplus of the data rate allocated to the channel, the surplus is generated within the allocated data rate.

While the data distribution center 501 is set up to broadcast data for hundreds of channels as described above, a number of photo production units 532, music production units 533, and distribution units 534 are each naturally limited. . This is because in some cases it is difficult to obtain photo distribution data D151, music distribution data D152 and program data D153 for all these many channels.

Since the data distribution center 501 keeps the frequency once reserved for the broadcast satellite 516 even though the band has empty channels, the data transmission rate assigned to each of these empty channels is surplus. Will be considered.

In addition, given the user's usage rate for each channel, depending on the user's usage style, while the user is at his home (512-514), usage is typically in a time zone between 6 am and 12 am, for example. Will be the highest. On the contrary, the utilization rate is lowered in the time between morning and afternoon, which is the time when the user frequently goes out.

As a result, the data distribution center 501 stops transmitting data for some channels (these channels are referred to as limiting channels) only during those times of low utilization. While data transmission for these limit channels is stopped, a surplus is also generated within the data rate assigned to each of those channels.

In addition, in the data distribution center 501, the amount of distribution data D154 itself for each channel is in some cases such as photo distribution data D151 and music distribution data D152 included in the data D154. It decreases according to the amount of data. Therefore, in this case, excess is also generated within each data rate of such channels.

As a result, the data distribution center 501 may have been requested by the user to transmit the order confirmation data D169 and / or from the photo studio 507/508 to transmit data such as the order confirmation data D166. In order to transmit predetermined data (referred to as transmission request data) such as order confirmation data D167 and order confirmation end data D170 received from not only the user but also the photo studio 507/508, within the data transmission rate of the channel. The surplus generated is used.

Specifically, when the transmission request data D175 is restrained from the distribution unit 534 as shown in FIG. 55, the programming unit 530 in the data distribution center 501 transmits the data allocated to the channel according to the weather conditions. Surplus in the speed (i.e., the actual data transmission speed required for the error correction data according to the error correction function), the broadcast plan of the photo production unit 532, the music production unit 533 and the distribution unit 534 (i.e., broadcast distribution data) The actual data rate required for D154) and the broadcast plan of each channel according to the programmatic list (ie, the presence / nonexistence of free and restricted channels).

The programming unit 530 detects the actual data transmission rate required for the transmission request data D175 received from the distribution unit 534, and compares the detected actual data transmission rate with the data transmission rate assigned to the channel. A channel having a surplus within the assigned data transfer rate corresponding to the data transfer rate is detected. As a result, the programming unit 530 transmits the transmission request data D175 using a channel.

As a result, in the photographic e-commerce system 500, it is possible to transmit the requested data D175 from the photo studios 507 and 508, as well as the user, using the surplus of the data transmission rate assigned to the channel. D175 may be transmitted at a significantly lower price than when a dedicated channel for transmission of data D175 is secured.

In such a connection, when there is no channel having a surplus in the data transfer rate corresponding to the actual data transfer rate required for the transfer request data D175, the programming unit 530 provides a relatively low error correction for the error correction data. Set the function.

As a result, it is possible to increase the surplus of the data transmission rate assigned to the channel, and the increased surplus can be used to transmit the transmission request data D175.

Unlike the broadcast distribution data D154 transmitted according to the programming list, the transmission time is not limited for the transmission request data D175. As a result, even if the programming unit 530 receives the data D175 from the distribution unit 534, the surplus is increased in the channel with respect to the data rate corresponding to the actual data rate required for the transmission request data D175. The programming unit 530 must dash until it occurs. As a result, it is possible to transmit the transmission request data D175 almost reliably by using the channel which generated the surplus within the assigned data transmission rate.

In addition to the e-commerce for the series of printed photos described above, this photo e-commerce system 500 may also provide photo printing services using photo distribution data D151 and music distribution data D152. In the following, such a photo printing service will be described.

In this case, when the production unit 532 in the data distribution center 501 generates the photo distribution data D151 according to the photograph content, the photograph is taken from the photograph of the title of the photograph content, the background of the photograph content, the photograph of the performer. The service data D176 is generated, and the generated photo service data D176 is transmitted to the distribution unit 534 through the lease line 512 to be stored in the server 535, as well as the lease line 531. The photo distribution data D151 and the data D176 are transmitted to the programming unit 530 together.

When the music production unit 533 generates the music distribution data D152 according to the music content, the music production unit 533 generates the music service data D177 from the picture of the title for the photo music content such as the album jacket, and generates the lyrics of the song. Be sure to match the artist's photo, title, and picture for. The generated music service data D177 is transmitted to the distribution unit 534 through the leasing line 512 to be stored in the server 535, and the music distribution data D152 and the data D177 together are leased line 531. Through the transmission to the programming unit 530.

The programming unit 530 generates broadcast distribution data D178 in which the music service data D177 and the photo service data D176 received from the photo production unit 532 are combined to correspond to the broadcasting of the image and the music content. Or to be the last data of a broadcast. The data broadcaster 536 and the satellite broadcaster 515 are sequentially transmitted to the homes 512-514. ,

As a result, the satellite broadcasting receiver 550 (FIG. 52) in each home 512-514 can receive the image service data D176 and the music service data D177 and transmit such service data items to the home server 552. Can be stored respectively.

When the user purchases the image contents of the corresponding image distribution data D151 after the image service data D176 is stored, the home server 552 stores the data D176 at the end of the broadcast of the image contents or at a timing specified by the user. Reads and transmits data D176 on monitor 565. Therefore, the image print order screen 580 shown in FIG. 56 is displayed on the monitor 565.

On the image print order screen 580, the title of the image content, the scene in the image content, and various pictures 581 of the allocation / actresses are displayed concisely. On the screen 580, the presence and existence of the order for the selection area 582 and the pictures 581 for selecting the printing type of the aligned pictures are also displayed.

After receiving the order from the user on the image print order screen 580, the home server 552 generates the image print order data D179 according to the image service data D176 and adds the user ID to the data D179. The data is transmitted to the node unit 503 via the telephone line 510 or the lease line 511.

The node unit 530 manages these image services collectively. Then, after receiving the image print order data D179 from the home server 522, the node unit 503 designates the photo shop 507 or 508, which is requested to print the sorted photos, and the image print order data D179. And print request data D180 from the photo shop ID of the photo shop 507 or 508. The data D180 is transmitted to the distribution unit 534 through the lease line 502.

As a result, the distribution unit 534 reads the corresponding image service data D176 from the home server 535 according to the print request data D180, and prints the data from the read image service data D176. And a user ID and a photo studio ID, a receiver ID of the satellite broadcasting receiver 555 of the photo studios 570 and 580, and image print data D181 added to the data D180. The distribution unit 534 transfers the data D181 to the programming unit 530.

The programming unit 530 generates broadcast distribution data D182 to which the image print data D181 received from the distribution unit 534 has been added, and transmits the data D182 to the data transmission unit 536 and the satellite broadcasting unit ( 515 is sequentially transmitted to the photo studios 507 and 508.

As a result, the designated photo studios 507 and 508 (FIG. 53) receive image print data D181 via the satellite broadcasting receiver 550, and transmit the data D181 through a personal computer 570 to a photo studio printer ( 571, and prints the data to the photo shop printing machine 571 in the printing form designated by the user according to the image print data D181. Thereby, a poster, a calendar seal print, and a printed photograph on which the photograph is printed are generated respectively.

Photo studios 507 and 508 deliver the printed photographs, seal prints, calendars and / or posters to the user by mail in the order of the user, and print these photographs to the node unit 503 via the leased line 504 or 505. The account data (D183) indicating the printing fee (including the printing price) generated in step S is transmitted.

As a result, the node unit 503 performs account processing according to the account data D183, the service-related user ID, the IDs of the photo studios 507 and 508, the charges of the data distribution center 501, and the like. Information is forwarded to the bank 509 for the bank 509 to process the account. The electronic commerce for the image print service is terminated.

On the other hand, when the user purchases the music contents of the corresponding music distribution data D152, while the IC card or the memory card is loaded into the card slot 552A, the home server 552 (Fig. 52) is the music service data D177. ), Music distribution data D152 and image service data D177 are read from the hard disk. Thereafter, the home server 552 writes the data D177 in the IC card or the memory card through the card slot 552A.

As shown in Fig. 57, in the portable music player 590 in which an IC card or a memory card is loaded, a title (not shown), lyrics of a song (not shown), and a picture image 591 corresponding to the title and Display of the portable music player 590 (FIG. 57) according to the image service data D177 in which the icon image 592 provided with the icon and the title designating the music content and the title as shown in FIG. 58 is read from the IC card or the memory card. Displayed on device 593. As a result, the user can use the music contents and various other images related to the music contents.

On the other hand, when the user purchases the music service data D177 as described above, the home server 552 (Fig. 52) is the type of the recording medium used to purchase the music service data D177, and the account for the music service. In addition to the information, the account information of the corresponding music contents is transmitted to the node unit 503 via the telephone line 51 or the lease line 511.

In this case, the node portion 503 (Fig. 50) collectively manages these music services. When the node unit 503 receives the account information and music service for the music contents from the home server 522, the node unit 503 processes the account according to the account information, and transfers the processing result to the bank 509 to transfer the account to the bank (509). 509 handles the guilt and terminates the e-commerce for the image printing service.

The node portion 503 (FIG. 50) designates the photo studio to request the photo studio to print the photographic image to one of the music services even after the account has been processed, thereby terminating the e-commerce as described above. The node unit 503 transfers the form and information of the recording medium used by the user through the lease line 502 to the distribution unit 534.

As a result, the distribution unit 534 reads the corresponding music service data D177 from the server 535 according to the received information, and reads the read music service data D177, the user ID, the photo studio ID, and the photo studio 507; Music print data D190 is generated from the ID of the receiver of the satellite broadcasting receiver 555 of 508 and the data D190 is transmitted to the programming unit 530.

The programming unit 530 generates broadcast distribution data D191 to which the music print data D190 received from the distribution unit 534 is added, as in the image service described above, and generates the generated data D191. 536 and satellite broadcasting unit 515 are sequentially transmitted to the photo studios 507 and 508.

As a result, the designated photo studios 507 and 508 (FIG. 53) receive the music print data D190 from the satellite receiver 550. FIG. Thereafter, the data D190 is transferred to the photo printer 571 via the personal computer 570 such that the photo printer 571 generates the stick label 497 on which the image 596 is printed. Thus, according to the music print data D190, for example, as shown in FIG. 59, the title 595 matches one title. The label 497 is then delivered to the corresponding user by mail.

Therefore, after the user purchases the music service data D177, the purchased music data D177 displayed on the display device 593 of the portable music player 590 can be enjoyed. In addition, the user can attach the label 497 to the IC card or the memory card 598 that records corresponding music contents in order to easily identify whether the subject contents are recorded in the IC card or the memory card.

In order to provide such image and music services, the data distribution center 501 transfers to the photo studios 507 and 508 while providing the service using the surplus of the data transmission rate assigned to the channel, such as the photo print request described above. The image service data D176 and the music service data D177 as well as the image print data D181 and the music print data D190 that should be transmitted are transmitted.

In the fifth embodiment, while the home server 552 has a storage capacity of, for example, 30-100 gigabytes, desired program data selected from the broadcast distribution data D154 received from the data distribution center 501 ( D153), when storing the image distribution data D151 and the audio data D152, it is preferable to have a storage capacity of 1 terabyte or more.

Specifically, the home server 552 outputs 6 gigabytes of image data requiring two hours of broadcast time and the user outputs based on the image data by storing about 200 titles of such image data for one year. In the case where the images can be viewed, the home server 552 preferably has a storage capacity of 1 terabyte or more.

When the above-described photo print order confirmation screen 573 shown in FIG. 54 is displayed on the monitor 565, the home server 552 of the user's satellite broadcasting receiver 550 can confirm the printing condition of the photo image. It is possible to specify the purchase of the index data constituted by each photograph which is displayed concisely. The purchase designation of the index data can be transmitted to the photo studios 507 and 508 together with the order confirmation end data D169.

After receiving this information, the photo studios 507 and 508 generate index data based on the film data D15 on the personal computer 570, and broadcast the generated index data through the data distribution center 501. Transmit to receiver 550.

As a result, index data can be purchased independently from the indexes received from the photo studios 507 and 508 and the printed photographs, and index images can be displayed on the monitor 565 based on these data items. In addition, the user can transfer the index data from the home server 552 to the IC card or the memory card so that it can be recorded therein.

In this way, even when the index data is delivered to the user, any of the photo studios 507 and 508 generates a stick label that matches the contents of the IC card or the memory card. And by passing it to the user, the user can easily identify the contents in the IC card or the memory card.

When the photo shops 507 and 508 receive a photo print request, the photo e-commerce system configured as described above generates the order confirmation data D166 in accordance with the request and sequentially leases the line 504 and the node portion. 503 and lease line 502 to the data distribution center 501. Therefore, the data distribution center 501 transmits the order confirmation data D166 to the satellite broadcasting receiver 550 of the corresponding user by using the surplus of the data transmission rate assigned to the channel.

In the photographic e-commerce system 500, after the user receives the order confirmation data D166 and finishes confirming the photo printing conditions, the user satellite broadcasting receiver 550 generates the order confirmation end data D169. In this case, the receiving device 550 sequentially checks the completion data of order confirmation to the data distribution center 501 via the telephone line 510 or the lease line 511, the node unit 503 and the lease line 502. Since the data transmission center 501 transmits the data, the data distribution center 501 uses the surplus of the data transmission rate assigned to the channel, and not only the satellite broadcasting receiver 550 but also the check completion data D169 to the corresponding photo studios 507 and 508. To pass.

The photo e-commerce system 500 causes the photo studios 507 and 508 to print the photo according to the order confirmation end data D169 to generate a printed photo, and the node unit 503 requests an account for photo printing. And the bank 509 to process the account according to the account processing. Therefore, the electronic commerce ends.

As a result, the photo e-commerce system 500 uses the surplus of the data transmission rate assigned to the channel and transmits the transmission request data D175 received from the photo studios 507 and 508 and the user without using any dedicated channel. Since it is transmitted by the data distribution center 501, it is possible to transmit the transmission request data D175 required to print a picture at a very low transmission fee.

Then, the photographic e-commerce system 500 can transmit the transmission request data D175 without using any surplus of the data transmission rate assigned to the channel by the data distribution center 501 and without requiring any new investment. Using existing systems, it is possible to use e-commerce for photos at very low cost and to make them effective.

In addition, when only the telephone line 510 and the leased lines 504 and 511 having a relatively low transmission rate are used to transmit the transmission request data D175 to the destination, the photo e-commerce system 500 may transmit the transmission request data ( D175) takes a long time to transmit, and the usage fee for using the telephone line 510 and the leased lines 504 and 511 becomes high.

In contrast, the photographic e-commerce system 500 transfers a communication line having a transmission rate much higher than that of the telephone line 510 and the leased lines 504 and 511 to a part of the transmission path to the destination of the transmission request data D175. When used as, it is possible to reduce the time of using the arins 510, 504, and 511, thereby reducing the line usage. In addition, it is possible to significantly reduce the line usage fee by transmitting data D175 using these communication lines.

Therefore, the above-mentioned photo e-commerce system 500 does not use any dedicated communication line, and since the data distribution center 501 utilizes the surplus of the data transmission rate assigned to the channel, the data distribution center 501 is used within the data distribution center 501. It is possible to transfer communication data between the photo studios 507 and 508 and the user satellite broadcasting receiver 550 at very low transmission rates. As a result, the photographic e-commerce system of the present invention can significantly reduce the e-commerce price of photographs.

(9) other embodiments

When the account payment is made in the financial institution 256 owned by the billing company in the first to fourth embodiments described above, the present invention is not limited only to that method. It is possible for a billing company to carry out only billing and for a newly determined payer to be able to pay only for payment.

While the charging information is embedded in the film data D15 before being conveyed in the first to fourth embodiments, the present invention is not limited only to the method. The billing information can be delivered to the financial institution independently of the film data D15.

In addition, in the above-described first to fourth embodiments, while the user data D4 and the lab data D14 are recorded / reproduced in / from the user area 6 and the lab area 7 of the APS film 1. However, the present invention is not limited only to the method. It is possible for the user data D4 and the laboratory data D14 to be magnetically / or optically recorded / reproduced in / from the user region 6 and the laboratory region 7 of the APS film 1. This magnetic and optical method makes it possible to record even more information as user data D4 and laboratory data D14.

In addition, the photographs transmitted or sold in the first to fifth embodiments described above are transferred to the photo studios 252 and 405 as well as to the photo studios 507 and 508 to be printed on the printed paper and the index print respectively. While output, the present invention is not limited to only that method. If the user has a printing press, the photo studio 251/301/362/403/507/508 that has received the photo generates film data corresponding to the printing press and transmits the film data to the user so that the user It can print out and generate an index print of the picture according to the received film data. As a result, the transmission of the printed pictures and the sale of the pictures can be made at a low price. The reason is that the photo studios 252, 405, 507, and 508 are not used to generate printed photographs and index prints.

In the second to fourth embodiments described above, the synthesis and advertisement of frame formulas and messages for the received photos are performed in the photo studios 301, 362 and 403. The invention is not limited only to that method. The photo studios 252 and 405 that have received the photo may perform the integration and advertisement of the frame formula and the message list.

In addition, the picture designated by the user is replaced with an advertisement in the second to fourth embodiments described above. The invention is not limited only to that method. The picture designated by the user so as not to be delivered may be forcibly replaced with an advertisement.

In addition, while the photographs in the first to fifth embodiments are stored in the servers of the photo shops to be transmitted and sold, the present invention is not limited only to the method. The photo to be delivered and sold may be stored as a photo by a number of such operations in which the printed photo is to be delivered and / or by the service provider. As a result, for example, when film data is stored by a service provider, there is no need for a photo studio to use any line including telephone lines for transmitting and selling the same film data. Therefore, the line usage fee will be further reduced.

In addition, when the masking process is prevented from being reset while the masking process is applied to the converted photograph data D50 in the first to fourth embodiments, the present invention is not limited only to that method. Although the masking process has already been performed for the converted picture data D50, the masking process for the change picture data D50 can be reset as necessary by, for example, predetermined key data.

In addition, in the fourth embodiment described above, a picture is transmitted. The invention is not limited only to that method. This embodiment can be applied to the sale of photographs.

In addition, the personal computer 401 of the user who requested the transfer of data is configured as shown in FIG. 45 in the fourth embodiment described above. The present invention is not limited only to the configuration. In FIG. 60, where the same reference numerals are assigned to the same parts as those shown in FIG. 45, if the scrambled film data is not transmitted to the personal computer 600 of the user who requested the data transfer, the personal computer may use the decoder circuit ( And not to scramble software running within 601. In such a case, it is possible to omit the processes of scrambling the film data and confirming the key data in order to simplify the configuration of the software executed in the decoder circuit 601. In addition, the personal computer 402 of the user who receives the photo, the personal computer 404 of the photo shop that accepts the picture, and the personal computer 406 of the photo shop that delivers the printed picture may have the function of the personal computer 600.

In addition, in the above-described first to fifth embodiments, the light beams obtained from the lamps are reflected on the entire photographic image of the APS negative film 1A and the photographic image light obtained through the equalization process of the photographic image is a photographic image. A case has been described in which photographic image printing machines 100A, 302, and 571 are used to be input into a charge coupled device to form data. However, the present invention is not only limited thereto. And such a photographic image printing machine that uses an optical system in the form of a line scanner to generate photographic image data from the photographic image of the APS negative film 1A may be arranged and used.

That is, as shown in Figs. 61 and 62, in the photographic image printing machine 610, an APS negative film 1A driven by a film driving motor (not shown) is interposed between the plate-shaped preservation members 611 and 612. When passing through, the through holes 611A 612A corresponding to the image edges of the photographic image of the APS negative film 1A are punched and output. In addition, a diffusion filter 613 is provided to the storage member 611 on one side of the APS negative film 1A to close the through hole 611A. The lamp 614 is arranged on the upper side of the diffusion filter 613.

On the other hand, the retaining member 612 on the other side of the APS negative film 1A is provided with a dwelling window 615 to close the through hole 612A. The scanner 616 is disposed below the window 615. Since the scanner 616 is composed of a slider 618 mounted on a positioning rod 617 to slide, the slider 618 slides through a motor (not shown) and the belt 619.

In addition, in this scanner unit 616, the slider 618 is provided with a charge coupling element 620 and a lens 621 in the form of a line sensor. Therefore, when the light beam traveling on the APS negative film 1A driven from the lamp 614 is reflected through the diffusion filter 613, the photographic image of the APS negative film 1A is transmitted and the window 615 is transferred. The light beams are arranged to be used for the charge coupled device 620 and received through the lens 612.

Therefore, the photographic image printing machine 610 is composed of a charge coupling device 620 for photoelectric conversion of the sequentially received light beams. Therefore, photographic image data can be generated.

Through this, the photographic image printing machine 610 is composed of an electronic shutter circuit 630, as shown in Figure 63, the electronic shutter circuit 630 is analog / digital to the photoelectric signals obtained from the charge coupling device 620 The overflow data obtained by inputting to the conversion circuit 631 is supplied to the timing generating circuit 632, and predetermined control data from a system controller (not shown) is supplied to the timing generating circuit 632, and the timing generating circuit ( The timing pulse is supplied to the electromagnetic coupling device 620 by generating a timing pulse having a variable width based on the overflow data and the control data. Therefore, the electronic shutter function is supplied to the low coupling device 620 to obtain a fresh picture image.

In addition, in the above-described first to fifth embodiments, the photographic image electronic commerce system 220, 250, which realizes an electronic commerce using the photographic image exposed and formed on the APS film 1 by the APS camera 15, The case where the present invention is applied to 300, 360, 400, 500 is described. However, the present invention is not limited thereto. The present invention has a digital still camera and a digital video camera, and processing conditions such as user data described in Figs. 6A and 6B, and static data recorded on a memory card, an IC card, a disk-type recording medium, or a tape-type recording medium. The present invention can be widely applied to various electronic commerce systems as well as electronic commerce systems that realize electronic commerce using static images or moving images.

In addition, in the above-described first to third embodiments, the converted photographic image data subjected to scrambling by key data is unique to the photographic image header data D51 added to the converted photographic image data D50 as necessary. The case where the key data is stored in the control data storage area has been described. However, the present invention is not limited thereto. The key data is sent to the delivery receiver at a different timing than in the case of the film data D15. Therefore, the secrecy of the converted photographic image data D50 that has been scrambling can be further improved.

In addition, in the above-described first to fifth examples, not only the data related to the photographic image such as the film data D15 and the sever image data D51, but also the film header data D52 and the converted photograph image data D50 are transmitted. The case where it is arranged is described. However, the present invention is not limited thereto. The music data, the music message data and the like can be stored in the additional control data storage area of the photo image header data D51 of the film data D15, for example. Therefore, when a photographic image based on the converted photographic image data D50 is displayed on the monitor of the personal computer, such music data and music message data are provided to the sending receiver for reproduction.

In addition, in the first to fifth embodiments described above, the case where the sales request for the photographic image and the request for dispatch of the print photograph studio are arranged to be received by the photograph studio is described. However, the present invention is not limited thereto. In addition, since a machine operating by generating data may be installed in various places such as a convenience store, a large store, and a public facility, such as a photographic image printing machine installed in a photo studio and a personal computer, to operate a collection. The installed machines receive the sales request and the photo sending invitation for the photographic image and operate by sending and selling. In addition, if such machines are installed in various places, users can freely carry out the sale of photographic images and the dispatch of printed photographic studios.

As described above, according to the present invention, a reception dealer receives a request for sale of images recorded in a predetermined recording medium and unique processing conditions for the images in a predetermined form, and in the form of digital data. It is arranged to sell processing conditions and their images. Then, after the transaction is completed, the fee account dealer performs an electronic billing transaction for processing conditions and purchase of data of images. In addition, since the image for sale together with the processing condition is digitized and sold as digital data, the purchased images may be used by a processing method determined by the seller according to the processing condition. Therefore, a sale corresponding to the intention of the seller can be realized.

Although the invention has been described with reference to preferred embodiments of the invention, it is understood that various modifications and changes can be made by those skilled in the art to cover all changes in the appended claims without departing from the spirit and scope of the invention. Keep in mind.

Claims (70)

In the video commerce system, A receiving dealer having a processing condition inherent in the image and accepting delivery of the image recorded on the recording medium in a predetermined form, and delivering the image having the processing condition in the form of digital data; And a billing dealer executing an electronic billing transaction by transferring the data of the video having the processing condition by the receiving dealer. The method of claim 1, The receiving dealer is an image commerce system for delivering data of the image that has undergone a scrambling process or a masking process. The method of claim 2, And the receiving dealer causes the data of the image to undergo a scrambling process / decryption process, and delivers the key data of the scrambling process / decryption process. The method of claim 1, And the receiving dealer delivers the image and the advertisement having the processing condition in the form of digital data. The method of claim 1, And the receiving dealer delivers data of the advertisement synthesized with the data of the image having the processing condition. In the video commerce method, A receiving step of having a receiving dealer accept a transfer of the image recorded on a recording medium in a predetermined form, having a processing condition unique to the image; A delivery step of causing the receiving dealer to deliver the image having the processing condition in the form of digital data; And a billing step of causing a billing dealer to perform a billing transaction for executing an electronic billing transaction to deliver data of the video having the processing condition. The method of claim 6, And the receiving dealer delivers data of the image that has undergone scrambling or masking. The method of claim 6, In the delivery step, the receiving dealer to the data of the image is subjected to the scrambling process / decryption process, and delivers the key data of the scrambling process / decryption process. The method of claim 6, The delivering step causes the receiving dealer to generate predetermined additional information for the data of the video, and delivers the generated additional information along with the video having the processing condition in the form of digital data. The method of claim 6, And the receiving dealer delivers the data and the advertisement of the image having the processing condition in the form of digital data. The method of claim 6, And the receiving dealer delivers data of the advertisement synthesized with the data of the image having the processing condition. In an image delivery system, A receiving dealer having a processing condition inherent in the image and accepting the delivery of the image recorded on the recording medium in a predetermined form, and delivering the image having the processing condition in the form of digital data; And a billing dealer executing an electronic billing transaction by transferring the data of the video having the processing condition by the receiving dealer. The method of claim 12, The receiving dealer is an image delivery system for delivering data of the image that has undergone a scrambling process or a masking process. The method of claim 12, And the receiving dealer to allow the data of the image to undergo a scrambling process / decryption process, and to transmit predetermined key data used for the masking process. The method of claim 12, And the receiving dealer generates predetermined additional information for the data of the video, and transmits the generated additional information together with the data of the video having the processing condition in the form of digital data. The method of claim 12, The receiving dealer is an image delivery system for delivering the data and advertisement of the image having the processing condition in the form of digital data. The method of claim 12, And the receiving dealer delivers data of the advertisement synthesized with the data of the image having the processing condition. In the image delivery method, A receiving step of having a receiving dealer accept a transfer of the image recorded on a recording medium in a predetermined form, having a processing condition unique to the image; And a delivery step of causing the receiving dealer to deliver the image having the processing condition in the form of digital data. The method of claim 18, And the receiving dealer delivers data of the image that has undergone scrambling or masking. The method of claim 18, In the delivering step, the receiving dealer causes the data of the image to undergo a scrambling process and delivers predetermined key data used for the scrambling process. The method of claim 18, The delivering step causes the receiving dealer to generate predetermined additional information for the data of the video, and delivers the generated additional information along with the data of the video having the processing condition in the form of digital data. Way. The method of claim 18, And the receiving dealer delivers the image and the advertisement having the processing condition in the form of digital data. The method of claim 18, And the reception dealer delivers data of the advertisement synthesized with data of the image having the processing condition. In the video commerce system, A receiving dealer for generating and transmitting predetermined video data to be distributed; Detecting a channel having a surplus generated at a pre-allocated data rate per unit time among a plurality of channels broadcasting predetermined data toward a satellite, assigned to the detected surplus of the detected channel, and receiving from the receiving dealer A distribution dealer for distributing the image data transmitted and distributed; And a billing dealer executing an electronic billing transaction for the distribution of the video data to be distributed. The method of claim 24, And the distribution dealer detects the channel having a surplus generated at the data transmission rate based on a broadcast plan for a plurality of channels. The method of claim 25, And the distribution dealer detects the channel having a surplus generated at the data transmission rate according to the weather. The method of claim 24, The receiving dealer accepts the distribution of the image having a processing condition unique to the image recorded on the predetermined recording medium in a predetermined form, and obtains from the image data based on the unique control data and the image based on the processing condition. An image commerce system for generating the image data to be distributed. The method of claim 27, The recording medium is a photographic film, and the receiving dealer generates the image data by optically scanning a photographic image on the photographic film and generates the unique control data based on the processing interval recorded on the photographic film. Video commerce system. In the video commerce method, A transmitting step of causing the receiving dealer to generate and transmit predetermined image data to be distributed; A distribution dealer detects a channel having a surplus generated at a pre-allocated data transmission rate per unit time among a plurality of channels broadcasting predetermined data toward a satellite, and is allocated to the detected surplus of the detected channel, A distribution step of distributing the image data transmitted and distributed from a receiving dealer; And a billing step of causing a billing dealer to execute an electronic billing transaction for distribution of the video data to be distributed. The method of claim 29, And in the distribution step, the distribution dealer detects the channel having a surplus generated at the data transmission rate, based on a broadcast plan for a plurality of channels. The method of claim 30, And in the distribution step, the distribution dealer detects the channel having a surplus generated at the data transmission rate according to the weather. The method of claim 29, In the transmitting step, the receiving dealer accepts a distribution of the image having a processing condition unique to the image recorded on a predetermined recording medium in a predetermined form, and based on the unique control data and the image based on the processing condition. And generate the image data distributed from the image data. The method of claim 32, In the transmitting step, the receiving dealer generates the image data by optically scanning a photographic image of the recording medium of the photographic film, and generates the unique control data based on the processing interval recorded on the sizing film. Letting video commerce method. In an image distribution system, A receiving dealer for generating and transmitting predetermined video data to be distributed; Among a plurality of channels broadcasting predetermined data toward a satellite, a channel having a surplus generated at a pre-allocated data transmission rate per unit time is detected, assigned to the detected surplus of the detected channel, and received from the receiving dealer. And a distribution dealer for distributing the image data to be transmitted and distributed. The method of claim 34, And the distribution dealer detects the channel having an excess generated at the data transmission rate based on a broadcast plan for a plurality of channels. The method of claim 35, wherein And the distribution dealer detects the channel having a surplus generated at the data transmission rate according to the weather. The method of claim 34, The receiving dealer accepts the distribution of the image having a processing condition unique to the image recorded on the predetermined recording medium in a predetermined form, and obtains from the image data based on the unique control data and the image based on the processing condition. And an image distribution system for generating the image data to be distributed. The method of claim 37, The recording medium is a photographic film, and the receiving dealer generates the image data by optically scanning a photographic image on the photographic film and generates the unique control data based on the processing interval recorded on the photographic film. Video distribution system. In the video commerce method, A transmitting step of causing the receiving dealer to generate and transmit predetermined image data to be distributed; A distribution dealer detects a channel having a surplus generated at a pre-allocated data transmission rate per unit time among a plurality of channels broadcasting predetermined data toward a satellite, and is allocated to the detected surplus of the detected channel, And a distribution step of distributing the image data transmitted and distributed from a receiving dealer. The method of claim 39, And in the distribution step, the distribution dealer detects the channel having a surplus generated at the data transmission rate based on a broadcast plan for a plurality of channels. The method of claim 39, And in the distributing step, the distributing dealer detects the channel having a surplus generated at the data transmission rate according to the weather. The method of claim 39, In the transmitting step, the receiving dealer accepts a distribution of the image having a processing condition unique to the image recorded on a predetermined recording medium in a predetermined form, and based on the unique control data and the image based on the processing condition. And generating the image data distributed from the image data. The method of claim 42, In the transmitting step, the receiving dealer generates the image data by optically scanning a photographic image of the recording medium which becomes a photographic film, and generates the unique control data based on the processing interval recorded on the photographic film. Video distribution method. In the video commerce system, Distribution image data is generated based on an image recorded on a predetermined recording medium in a predetermined form, and distribution control for the image based on a processing interval inherent to the image recorded on the recording medium together with the image. A distribution device for generating data and integrating and distributing the distributed image data and the generated distribution control data; A display device for displaying details of the distribution control based on the distribution image and the image based on the distribution image data on a display screen based on the distribution control data and the distribution image data distributed by the distribution device; And the display device having a correlation between the image and the details of the distribution control. The method of claim 44, And said distribution control data is comprised of unique control data generated when said video is recorded and additional control data for adding predetermined processing to said video data. The method of claim 45, And the display device displays details of the unique control data and the additional control data that are optically selected. The method of claim 46, And the display device displays details of the optically selected unique control data. The method of claim 47, And the display device displays details of the optically selected additional control data. The method of claim 48, And the display device switches and displays an observation angle of the optically selected image. The method of claim 49, The display device is a video commerce system for displaying a photographic image exposed on a photographic film as the image. In the video commerce method, Distribution image data is generated based on an image recorded on a predetermined recording medium in a predetermined form, and distribution control for the image based on a processing interval inherent to the image recorded on the recording medium together with the image. A data generation step of generating data; A distribution step of integrating and distributing the distribution control data generated in the data generation step and the distribution image data; A display step of displaying, on the display screen, details of the distribution based on the distribution image data and the distribution control based on the distribution control data, based on the distribution control data and the distribution image data to be distributed. And a display step in which details of distribution control are correlated. The method of claim 51, And in the data generating step, the distribution control data is generated from additional control data which adds unique control data and predetermined processing to the video data when the video is recorded. The method of claim 52, wherein And the details of the unique control data and the details of the additional control data are optically selected and displayed in the display step. The method of claim 53, The details of the unique control data in the display step are optically selected and displayed. The method of claim 54, In the display step, the details of the additional control data are optically selected and displayed. The method of claim 55, And the viewing angle of the image is optically selected, switched and displayed in the display step. The method of claim 56, wherein And the photographic image exposed on the photographic film in the displaying step is displayed as the image. In the display device, From the distribution image data generated based on the image recorded on the predetermined recording medium in a predetermined form, and from the distribution control data generated based on the processing interval unique to the image recorded on the recording medium together with the image. Receiving means for receiving an integration of the distribution image data and the distribution control data transmitted after integration; Obtained from the receiving means as display means for displaying on the display screen the details of the distribution based on the distribution video data and the distribution control based on the distribution control data, and the details of the distribution and the distribution control are correlated. And a display device having the display means. The method of claim 58, The distribution control data is composed of unique control data generated when the video is recorded and additional control data for adding a predetermined process to the video data, wherein the display means is optically selected and displayed. A display device including details of data and details of the additional control data. The method of claim 59, And the display device displays details of the additional control data that are optically selected. The method of claim 60, And the display device displays details of the optically selected additional control data. The method of claim 59, And the display device switches and displays an observation angle of the optically selected image. The method of claim 62, The display device is a display device for displaying a photographic image exposed on a photographic film as the image. In the display method, From the distribution image data generated based on the image recorded on the predetermined recording medium in a predetermined form and the distribution control data generated based on the processing conditions unique to the image recorded on the recording medium together with the image. A receiving step of receiving an integration of the distribution control data and the distribution image data that are integrated and transmitted; Display means for displaying on the display screen the details of the distribution based on the distribution video data and the distribution control based on the distribution control data, obtained in the receiving step, wherein the details of the distribution and the distribution control are correlated. A display method comprising the display step having a. The method of claim 64, wherein And the distribution control data comprising the unique control data generated when the video is recorded in the receiving step and additional control data for adding a predetermined process to the video data. 66. The method of claim 65, And the details of the unique control data and the details of the additional control data are optically selected and displayed in the display step. The method of claim 66, In the display step, the details of the unique control data are optically selected and displayed. The method of claim 67, Details of the additional control data are optically selected and displayed in the display step. The method of claim 68, wherein And the viewing angle of the image is optically selected, switched and displayed in the display step. The method of claim 69, And a photographic image exposed on the photographic film in the displaying step is displayed as the image.